Srv6 cli reference

clear sr localsid-counters

clear sr localsid-counters

Declaration: clear_sr_localsid_counters_command src/vnet/srv6/sr_localsid.c line 730

Implementation: clear_sr_localsid_counters_command_fn

set sr encaps hop-limit

set sr encaps hop-limit <value>

Declaration: set_sr_hop_limit_command src/vnet/srv6/sr_policy_rewrite.c line 181

Implementation: set_sr_hop_limit_command_fn

set sr encaps source

set sr encaps source addr <ip6_addr>

Declaration: set_sr_src_command src/vnet/srv6/sr_policy_rewrite.c line 145

Implementation: set_sr_src_command_fn

show sr encaps hop-limit

show sr encaps hop-limit

Declaration: show_sr_encaps_hop_limit_command src/vnet/srv6/sr_policy_rewrite.c line 1259

Implementation: show_sr_encaps_hop_limit_command_fn

show sr encaps source addr

show sr encaps source addr

Declaration: show_sr_encaps_source_command src/vnet/srv6/sr_policy_rewrite.c line 1240

Implementation: show_sr_encaps_source_command_fn

show sr localsids

show sr localsids

Declaration: show_sr_localsid_command src/vnet/srv6/sr_localsid.c line 708

Implementation: show_sr_localsid_command_fn

show sr localsids behaviors

show sr localsids behaviors

Declaration: show_sr_localsid_behaviors_command src/vnet/srv6/sr_localsid.c line 2474

Implementation: show_sr_localsid_behaviors_command_fn

show sr policies

show sr policies

Declaration: show_sr_policies_command src/vnet/srv6/sr_policy_rewrite.c line 1221

Implementation: show_sr_policies_command_fn

show sr policy behaviors

show sr policy behaviors

Declaration: show_sr_policy_behaviors_command src/vnet/srv6/sr_policy_rewrite.c line 3546

Implementation: show_sr_policy_behaviors_command_fn

show sr steering-policies

show sr steering-policies

Declaration: show_sr_steering_policies_command src/vnet/srv6/sr_steering.c line 522

Implementation: show_sr_steering_policies_command_fn

sr localsid

sr localsid (del) address XX:XX::YY:YY(fib-table 8) behavior STRING

Create SR LocalSID and binds it to a particular behavior
Arguments:
    localSID IPv6_addr(128b)   LocalSID IPv6 address
    (fib-table X)              Optional. VRF where to install SRv6 localsid
    behavior STRING            Specifies the behavior

    Behaviors:
    End     -> Endpoint.
    End.uN  -> Endpoint with uSID.
    uA      -> Endpoint with uSID and Layer-3 cross-connect.
    End.X   -> Endpoint with Layer-3 cross-connect.
            Parameters: '<iface> <ip6_next_hop>'
    End.DX2 -> Endpoint with decapsulation and Layer-2 cross-connect.
            Parameters: '<iface>'
    End.DX6 -> Endpoint with decapsulation and IPv6 cross-connect.
            Parameters: '<iface> <ip6_next_hop>'
    End.DX4 -> Endpoint with decapsulation and IPv4 cross-connect.
            Parameters: '<iface> <ip4_next_hop>'
    End.DT6 -> Endpoint with decapsulation and specific IPv6 table lookup.
            Parameters: '<ip6_fib_table>'
    End.DT4 -> Endpoint with decapsulation and specific IPv4 table lookup.
            Parameters: '<ip4_fib_table>'

Declaration: sr_localsid_command src/vnet/srv6/sr_localsid.c line 531

Implementation: sr_cli_localsid_command_fn

sr policy

sr policy [add||del||mod] [bsid 2001::1||index 5] next A:: next B:: next C:: (weight 1) (fib-table 2) (encap|insert)

Manipulation of SR policies.
A Segment Routing policy may contain several SID lists. Each SID list has
an associated weight (default 1), which will result in wECMP (uECMP).
Segment Routing policies might be of type encapsulation or srh insertion
Each SR policy will be associated with a unique BindingSID.
A BindingSID is a locally allocated SegmentID. For every packet that arrives
with IPv6_DA:BSID such traffic will be steered into the SR policy.
The add command will create a SR policy with its first segment list (sl)
The mod command allows you to add, remove, or modify the existing segment lists
within an SR policy.
The del command allows you to delete a SR policy along with all its associated
SID lists.

Declaration: sr_policy_command src/vnet/srv6/sr_policy_rewrite.c line 1130

Implementation: sr_policy_command_fn

sr pt add iface

sr pt add iface <iface-name> id <pt-iface-id> ingress-load <ingress-load-value> egress-load <egress-load-value> tts-template <tts-template-value>

Declaration: sr_pt_add_iface_command src/vnet/srv6/sr_pt.c line 250

Implementation: sr_pt_add_iface_command_fn

sr pt del iface

sr pt del iface <iface-name>

Declaration: sr_pt_del_iface_command src/vnet/srv6/sr_pt.c line 258

Implementation: sr_pt_del_iface_command_fn

sr pt show iface

sr pt show iface

Declaration: sr_pt_show_iface_command src/vnet/srv6/sr_pt.c line 264

Implementation: sr_pt_show_iface_command_fn

sr steer

sr steer (del) [l3 <ip_addr/mask>|l2 <sf_if>] via [index <sr_policy_index>|bsid <bsid_ip6_addr>] (fib-table <fib_table_index>)

Steer a L2 or L3 traffic through an existing SR policy.
Examples:
        sr steer l3 2001::/64 via sr_policy index 5
        sr steer l3 2001::/64 via sr_policy bsid 2010::9999:1
        sr steer l2 GigabitEthernet0/5/0 via sr_policy index 5
        sr steer del l3 2001::/64 via sr_policy index 5

Declaration: sr_steer_policy_command src/vnet/srv6/sr_steering.c line 459

Implementation: sr_steer_policy_command_fn