NETCONF Configuration Guide
YANG API Reference
mirror
11 min
asternos mirror module description asternos yang model for the mirror yang tree diagram module asternos mirror + rw mirror + rw session \[id] + rw id uint8 + rw mirror type identityref + rw direction? mirror direction type + rw destination ports union + rw source ports union + rw remote vlan? cmn\ vlan id resources resource list path access /mirror read write /mirror/session read write /mirror/session/id read write /mirror/session/mirror type read write /mirror/session/direction read write /mirror/session/destination ports read write /mirror/session/source ports read write /mirror/session/remote vlan read write detailed nodes /mirror path /mirror node type container description top level configuration for the mirror access read write /mirror/session path /mirror/session node type list description no description available access read write /mirror/session/id path /mirror/session/id node type leaf description identify mirror sessions access read write data type constraints valid range 1 to 7 /mirror/session/mirror type path /mirror/session/mirror type node type leaf description mirror session type access read write data type constraints identityref with options span rspan mandatory yes /mirror/session/direction path /mirror/session/direction node type leaf description direction of mirror session access read write data type constraints enumeration with options both rx tx /mirror/session/destination ports path /mirror/session/destination ports node type leaf list description mirror session destination port when type is rspan, only support single ethernet port access read write data type /mirror/session/source ports path /mirror/session/source ports node type leaf list description mirror session source port access read write data type /mirror/session/remote vlan path /mirror/session/remote vlan node type leaf description remote vlan for rspan access read write data type constraints multiple constraints valid range 1 to 4094 when condition /mirror type = 'mirror\ rspan'
