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SD-WAN related diagnose commands

This topic lists the SD-WAN related diagnose commands and related output.

To check SD-WAN health-check status:
FGT # diagnose sys virtual-wan-link health-check
Health Check(server):
Seq(1): state(alive), packet-loss(0.000%) latency(15.247), jitter(5.231) sla_map=0x0
Seq(2): state(alive), packet-loss(0.000%) latency(13.621), jitter(6.905) sla_map=0x0

FGT  # diagnose sys virtual-wan-link health-check
Health Check(ping):
Seq(1): state(alive), packet-loss(0.000%) latency(0.683), jitter(0.082) sla_map=0x0
Seq(2): state(dead), packet-loss(100.000%) sla_map=0x0

FGT # diagnose sys virtual-wan-link health-check google
Health Check(google):
Seq(1): state(alive), packet-loss(0.000%) latency(14.563), jitter(4.334) sla_map=0x0
Seq(2): state(alive), packet-loss(0.000%) latency(12.633), jitter(6.265) sla_map=0x0
To check SD-WAN member status:
  • When SD-WAN load-balance mode is source-ip-based/source-dest-ip-based.
    FGT # diagnose sys virtual-wan-link member
    Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 0
    Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 0
  • When SD-WAN load-balance mode is weight-based.
    FGT # diagnose sys virtual-wan-link  member
    Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 33
    Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 66
  • When SD-WAN load-balance mode is measured-volume-based.
    • Both members are under volume and still have room:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 33
        Config volume ratio: 33, last reading: 8211734579B, volume room 33MB
      Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 66
        Config volume ratio: 66, last reading: 24548159B, volume room 66MB
    • Some members are overloaded and some still have room:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port1, gateway: 10.10.0.2, priority: 0, weight: 0
        Config volume ratio: 10, last reading: 10297221000B, overload volume 1433MB
      Member(2): interface: port2, gateway: 10.11.0.2, priority: 0, weight: 38
        Config volume ratio: 50, last reading: 45944239916B, volume room 38MB
  • When SD-WAN load balance mode is usage-based/spillover.
    • When no spillover occurs:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 255
        Egress-spillover-threshold: 400kbit/s, ingress-spillover-threshold: 300kbit/s
        Egress-overbps=0, ingress-overbps=0
      Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 254
        Egress-spillover-threshold: 0kbit/s, ingress-spillover-threshold: 0kbit/s
        Egress-overbps=0, ingress-overbps=0
    • When member has reached limit and spillover occurs:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 255
        Egress-spillover-threshold: 400kbit/s, ingress-spillover-threshold: 300kbit/s
        Egress-overbps=1, ingress-overbps=1
      Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 254
        Egress-spillover-threshold: 0kbit/s, ingress-spillover-threshold: 0kbit/s
        Egress-overbps=0, ingress-overbps=0
    • You can also use the diagnose netlink dstmac list command to check if you are over the limit.
      FGT # diag netlink dstmac list port13
      dev=port13 mac=08:5b:0e:ca:94:9d rx_tcp_mss=0 tx_tcp_mss=0 egress_overspill_threshold=51200 egress_bytes=103710 egress_over_bps=1 ingress_overspill_threshold=38400 ingress_bytes=76816 ingress_over_bps=1 sampler_rate=0
To check SD-WAN service rules status:
  • Manual mode service rules.
    FGT # diagnose sys virtual-wan-link  service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(manual)
      Members:
        1: Seq_num(2), alive, selected
      Dst address: 10.100.21.0-10.100.21.255
  • Auto mode service rules.
    FGT # diagnose sys virtual-wan-link service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(auto), link-cost-factor(latency), link-cost-threshold(10), health-check(ping)
      Members:
        1: Seq_num(2), alive, latency: 0.011
        2: Seq_num(1), alive, latency: 0.018, selected
      Dst address: 10.100.21.0-10.100.21.255
  • Priority mode service rules.
    FGT # diagnose sys virtual-wan-link  service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(priority), link-cost-factor(latency), link-cost-threshold(10), health-check(ping)
      Members:
        1: Seq_num(2), alive, latency: 0.011, selected
        2: Seq_num(1), alive, latency: 0.017, selected
      Dst address: 10.100.21.0-10.100.21.255
  • Load-balance mode service rules.
    FGT # diagnose sys virtual-wan-link  service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(load-balance)
      Members:
        1: Seq_num(1), alive, sla(0x1), num of pass(1), selected
        2: Seq_num(2), alive, sla(0x1), num of pass(1), selected
      Dst address: 10.100.21.0-10.100.21.255
  • SLA mode service rules.
    FGT # diagnose sys virtual-wan-link service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(sla)
      Members:
        1: Seq_num(1), alive, sla(0x1), cfg_order(0), cost(0), selected
        2: Seq_num(2), alive, sla(0x1), cfg_order(1), cost(0), selected
      Dst address: 10.100.21.0-10.100.21.255
To check interface logs from the past 15 minutes:
FGT (root) # diagnose sys virtual-wan-link intf-sla-log R150
Timestamp: Fri Apr 12 11:08:36 2019, used inbandwidth: 0bps, used outbandwidth: 0bps, used bibandwidth: 0bps, tx bytes: 860bytes, rx bytes: 1794bytes.
Timestamp: Fri Apr 12 11:08:46 2019, used inbandwidth: 1761bps, used outbandwidth: 1710bps, used bibandwidth: 3471bps, tx bytes: 2998bytes, rx bytes: 3996bytes.
Timestamp: Fri Apr 12 11:08:56 2019, used inbandwidth: 2452bps, used outbandwidth: 2566bps, used bibandwidth: 5018bps, tx bytes: 7275bytes, rx bytes: 7926bytes.
Timestamp: Fri Apr 12 11:09:06 2019, used inbandwidth: 2470bps, used outbandwidth: 3473bps, used bibandwidth: 5943bps, tx bytes: 13886bytes, rx bytes: 11059bytes.
Timestamp: Fri Apr 12 11:09:16 2019, used inbandwidth: 2433bps, used outbandwidth: 3417bps, used bibandwidth: 5850bps, tx bytes: 17946bytes, rx bytes: 13960bytes.
Timestamp: Fri Apr 12 11:09:26 2019, used inbandwidth: 2450bps, used outbandwidth: 3457bps, used bibandwidth: 5907bps, tx bytes: 22468bytes, rx bytes: 17107bytes.
To check SLA logs in the past 15 minutes:
FGT (root) # diagnose sys virtual-wan-link sla-log ping 1
Timestamp: Fri Apr 12 11:09:27 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.014, jitter: 0.003, packet loss: 16.000%.
Timestamp: Fri Apr 12 11:09:28 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.015, jitter: 0.003, packet loss: 15.000%.
Timestamp: Fri Apr 12 11:09:28 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.014, jitter: 0.003, packet loss: 14.000%.
Timestamp: Fri Apr 12 11:09:29 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.015, jitter: 0.003, packet loss: 13.000%.
To check Application Control used in SD-WAN and the matching IP addresses:
FGT # diagnose sys virtual-wan-link internet-service-app-ctrl-list
Ctrl application(Microsoft.Authentication 41475):Internet Service ID(4294836224)
        Protocol(6), Port(443)
        Address(2): 104.42.72.21 131.253.61.96
Ctrl application(Microsoft.CDN 41470):Internet Service ID(4294836225)
Ctrl application(Microsoft.Lync 28554):Internet Service ID(4294836226)
Ctrl application(Microsoft.Office.365 33182):Internet Service ID(4294836227)
Ctrl application(Microsoft.Office.365.Portal 41468):Internet Service ID(4294836228)
Ctrl application(Microsoft.Office.Online 16177):Internet Service ID(4294836229)
Ctrl application(Microsoft.OneNote 40175):Internet Service ID(4294836230)
Ctrl application(Microsoft.Portal 41469):Internet Service ID(4294836231)
        Protocol(6), Port(443)
        Address(8): 23.58.134.172 131.253.33.200 23.58.135.29 204.79.197.200 64.4.54.254 23.59.156.241 13.77.170.218 13.107.22.200
Ctrl application(Microsoft.Sharepoint 16190):Internet Service ID(4294836232)
Ctrl application(Microsoft.Sway 41516):Internet Service ID(4294836233)
Ctrl application(Microsoft.Tenant.Namespace 41471):Internet Service ID(4294836234)
To check IPsec aggregate interface when SD-WAN uses the per-packet distribution feature:
# diagnose sys ipsec-aggregate list
agg1 algo=L3 member=2 run_tally=2
members:
        vd1-p1
        vd1-p2
To check BGP learned routes and determine if they are used in SD-WAN service:
FGT # get router info bgp network
FGT # get router info bgp network 10.100.11.0
BGP routing table entry for 10.100.10.0/24
Paths: (2 available, best 1, table Default-IP-Routing-Table)
  Advertised to non peer-group peers:
   172.10.22.2
  20
    10.100.20.2 from 10.100.20.2 (6.6.6.6)
      Origin EGP metric 200, localpref 100, weight 10000, valid, external, best
      Community: 30:5 
      Last update: Wen Mar 20 18:45:17 2019
FGT # get router info route-map-address
Extend-tag: 15, interface(wan2:16)
        10.100.11.0/255.255.255.0

 FGT # diagnose firewall proute list
list route policy info(vf=root):

id=4278779905 vwl_service=1(DataCenter) flags=0x0 tos=0x00 tos_mask=0x00 protocol=0 sport=0:65535 iif=0 dport=1-65535 oif=16
source wildcard(1): 0.0.0.0/0.0.0.0
destination wildcard(1): 10.100.11.0/255.255.255.0

SD-WAN related diagnose commands

This topic lists the SD-WAN related diagnose commands and related output.

To check SD-WAN health-check status:
FGT # diagnose sys virtual-wan-link health-check
Health Check(server):
Seq(1): state(alive), packet-loss(0.000%) latency(15.247), jitter(5.231) sla_map=0x0
Seq(2): state(alive), packet-loss(0.000%) latency(13.621), jitter(6.905) sla_map=0x0

FGT  # diagnose sys virtual-wan-link health-check
Health Check(ping):
Seq(1): state(alive), packet-loss(0.000%) latency(0.683), jitter(0.082) sla_map=0x0
Seq(2): state(dead), packet-loss(100.000%) sla_map=0x0

FGT # diagnose sys virtual-wan-link health-check google
Health Check(google):
Seq(1): state(alive), packet-loss(0.000%) latency(14.563), jitter(4.334) sla_map=0x0
Seq(2): state(alive), packet-loss(0.000%) latency(12.633), jitter(6.265) sla_map=0x0
To check SD-WAN member status:
  • When SD-WAN load-balance mode is source-ip-based/source-dest-ip-based.
    FGT # diagnose sys virtual-wan-link member
    Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 0
    Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 0
  • When SD-WAN load-balance mode is weight-based.
    FGT # diagnose sys virtual-wan-link  member
    Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 33
    Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 66
  • When SD-WAN load-balance mode is measured-volume-based.
    • Both members are under volume and still have room:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 33
        Config volume ratio: 33, last reading: 8211734579B, volume room 33MB
      Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 66
        Config volume ratio: 66, last reading: 24548159B, volume room 66MB
    • Some members are overloaded and some still have room:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port1, gateway: 10.10.0.2, priority: 0, weight: 0
        Config volume ratio: 10, last reading: 10297221000B, overload volume 1433MB
      Member(2): interface: port2, gateway: 10.11.0.2, priority: 0, weight: 38
        Config volume ratio: 50, last reading: 45944239916B, volume room 38MB
  • When SD-WAN load balance mode is usage-based/spillover.
    • When no spillover occurs:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 255
        Egress-spillover-threshold: 400kbit/s, ingress-spillover-threshold: 300kbit/s
        Egress-overbps=0, ingress-overbps=0
      Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 254
        Egress-spillover-threshold: 0kbit/s, ingress-spillover-threshold: 0kbit/s
        Egress-overbps=0, ingress-overbps=0
    • When member has reached limit and spillover occurs:
      FGT # diagnose sys virtual-wan-link member
      Member(1): interface: port13, gateway: 10.100.1.1 2004:10:100:1::1, priority: 0, weight: 255
        Egress-spillover-threshold: 400kbit/s, ingress-spillover-threshold: 300kbit/s
        Egress-overbps=1, ingress-overbps=1
      Member(2): interface: port15, gateway: 10.100.1.5 2004:10:100:1::5, priority: 0, weight: 254
        Egress-spillover-threshold: 0kbit/s, ingress-spillover-threshold: 0kbit/s
        Egress-overbps=0, ingress-overbps=0
    • You can also use the diagnose netlink dstmac list command to check if you are over the limit.
      FGT # diag netlink dstmac list port13
      dev=port13 mac=08:5b:0e:ca:94:9d rx_tcp_mss=0 tx_tcp_mss=0 egress_overspill_threshold=51200 egress_bytes=103710 egress_over_bps=1 ingress_overspill_threshold=38400 ingress_bytes=76816 ingress_over_bps=1 sampler_rate=0
To check SD-WAN service rules status:
  • Manual mode service rules.
    FGT # diagnose sys virtual-wan-link  service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(manual)
      Members:
        1: Seq_num(2), alive, selected
      Dst address: 10.100.21.0-10.100.21.255
  • Auto mode service rules.
    FGT # diagnose sys virtual-wan-link service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(auto), link-cost-factor(latency), link-cost-threshold(10), health-check(ping)
      Members:
        1: Seq_num(2), alive, latency: 0.011
        2: Seq_num(1), alive, latency: 0.018, selected
      Dst address: 10.100.21.0-10.100.21.255
  • Priority mode service rules.
    FGT # diagnose sys virtual-wan-link  service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(priority), link-cost-factor(latency), link-cost-threshold(10), health-check(ping)
      Members:
        1: Seq_num(2), alive, latency: 0.011, selected
        2: Seq_num(1), alive, latency: 0.017, selected
      Dst address: 10.100.21.0-10.100.21.255
  • Load-balance mode service rules.
    FGT # diagnose sys virtual-wan-link  service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(load-balance)
      Members:
        1: Seq_num(1), alive, sla(0x1), num of pass(1), selected
        2: Seq_num(2), alive, sla(0x1), num of pass(1), selected
      Dst address: 10.100.21.0-10.100.21.255
  • SLA mode service rules.
    FGT # diagnose sys virtual-wan-link service
    Service(1): Address Mode(IPV4) flags=0x0
      TOS(0x0/0x0), Protocol(0: 1->65535), Mode(sla)
      Members:
        1: Seq_num(1), alive, sla(0x1), cfg_order(0), cost(0), selected
        2: Seq_num(2), alive, sla(0x1), cfg_order(1), cost(0), selected
      Dst address: 10.100.21.0-10.100.21.255
To check interface logs from the past 15 minutes:
FGT (root) # diagnose sys virtual-wan-link intf-sla-log R150
Timestamp: Fri Apr 12 11:08:36 2019, used inbandwidth: 0bps, used outbandwidth: 0bps, used bibandwidth: 0bps, tx bytes: 860bytes, rx bytes: 1794bytes.
Timestamp: Fri Apr 12 11:08:46 2019, used inbandwidth: 1761bps, used outbandwidth: 1710bps, used bibandwidth: 3471bps, tx bytes: 2998bytes, rx bytes: 3996bytes.
Timestamp: Fri Apr 12 11:08:56 2019, used inbandwidth: 2452bps, used outbandwidth: 2566bps, used bibandwidth: 5018bps, tx bytes: 7275bytes, rx bytes: 7926bytes.
Timestamp: Fri Apr 12 11:09:06 2019, used inbandwidth: 2470bps, used outbandwidth: 3473bps, used bibandwidth: 5943bps, tx bytes: 13886bytes, rx bytes: 11059bytes.
Timestamp: Fri Apr 12 11:09:16 2019, used inbandwidth: 2433bps, used outbandwidth: 3417bps, used bibandwidth: 5850bps, tx bytes: 17946bytes, rx bytes: 13960bytes.
Timestamp: Fri Apr 12 11:09:26 2019, used inbandwidth: 2450bps, used outbandwidth: 3457bps, used bibandwidth: 5907bps, tx bytes: 22468bytes, rx bytes: 17107bytes.
To check SLA logs in the past 15 minutes:
FGT (root) # diagnose sys virtual-wan-link sla-log ping 1
Timestamp: Fri Apr 12 11:09:27 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.014, jitter: 0.003, packet loss: 16.000%.
Timestamp: Fri Apr 12 11:09:28 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.015, jitter: 0.003, packet loss: 15.000%.
Timestamp: Fri Apr 12 11:09:28 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.014, jitter: 0.003, packet loss: 14.000%.
Timestamp: Fri Apr 12 11:09:29 2019, vdom root, health-check ping, interface: R150, status: up, latency: 0.015, jitter: 0.003, packet loss: 13.000%.
To check Application Control used in SD-WAN and the matching IP addresses:
FGT # diagnose sys virtual-wan-link internet-service-app-ctrl-list
Ctrl application(Microsoft.Authentication 41475):Internet Service ID(4294836224)
        Protocol(6), Port(443)
        Address(2): 104.42.72.21 131.253.61.96
Ctrl application(Microsoft.CDN 41470):Internet Service ID(4294836225)
Ctrl application(Microsoft.Lync 28554):Internet Service ID(4294836226)
Ctrl application(Microsoft.Office.365 33182):Internet Service ID(4294836227)
Ctrl application(Microsoft.Office.365.Portal 41468):Internet Service ID(4294836228)
Ctrl application(Microsoft.Office.Online 16177):Internet Service ID(4294836229)
Ctrl application(Microsoft.OneNote 40175):Internet Service ID(4294836230)
Ctrl application(Microsoft.Portal 41469):Internet Service ID(4294836231)
        Protocol(6), Port(443)
        Address(8): 23.58.134.172 131.253.33.200 23.58.135.29 204.79.197.200 64.4.54.254 23.59.156.241 13.77.170.218 13.107.22.200
Ctrl application(Microsoft.Sharepoint 16190):Internet Service ID(4294836232)
Ctrl application(Microsoft.Sway 41516):Internet Service ID(4294836233)
Ctrl application(Microsoft.Tenant.Namespace 41471):Internet Service ID(4294836234)
To check IPsec aggregate interface when SD-WAN uses the per-packet distribution feature:
# diagnose sys ipsec-aggregate list
agg1 algo=L3 member=2 run_tally=2
members:
        vd1-p1
        vd1-p2
To check BGP learned routes and determine if they are used in SD-WAN service:
FGT # get router info bgp network
FGT # get router info bgp network 10.100.11.0
BGP routing table entry for 10.100.10.0/24
Paths: (2 available, best 1, table Default-IP-Routing-Table)
  Advertised to non peer-group peers:
   172.10.22.2
  20
    10.100.20.2 from 10.100.20.2 (6.6.6.6)
      Origin EGP metric 200, localpref 100, weight 10000, valid, external, best
      Community: 30:5 
      Last update: Wen Mar 20 18:45:17 2019
FGT # get router info route-map-address
Extend-tag: 15, interface(wan2:16)
        10.100.11.0/255.255.255.0

 FGT # diagnose firewall proute list
list route policy info(vf=root):

id=4278779905 vwl_service=1(DataCenter) flags=0x0 tos=0x00 tos_mask=0x00 protocol=0 sport=0:65535 iif=0 dport=1-65535 oif=16
source wildcard(1): 0.0.0.0/0.0.0.0
destination wildcard(1): 10.100.11.0/255.255.255.0