portchannels

asternos model for port channel groups yang tree diagram yang tree diagram module asternos portchannels + rw portchannels + rw portchannel \[name] + rw name string + rw mac address learning? boolean + rw mode? enumeration + rw commit? boolean + rw lacp \| + rw system priority? uint16 \| + rw fallback? boolean \| + rw fast rate? boolean \| + rw system id? ietf yang types\ mac address + rw members + rw member \[port] + rw port cmn\ ethernet port name + rw lacp port priority? uint16 rpcs + x show link aggregation summary + ro output + ro data? \<anydata> resources resources resource list resource list path access /portchannels read write /portchannels/portchannel read write /portchannels/portchannel/name read write /portchannels/portchannel/mac address learning read write /portchannels/portchannel/mode read write /portchannels/portchannel/commit read write /portchannels/portchannel/lacp read write /portchannels/portchannel/lacp/system priority read write /portchannels/portchannel/lacp/fallback read write /portchannels/portchannel/lacp/fast rate read write /portchannels/portchannel/lacp/system id read write /portchannels/portchannel/members read write /portchannels/portchannel/members/member read write /portchannels/portchannel/members/member/port read write /portchannels/portchannel/members/member/lacp port priority read write detailed nodes detailed nodes /portchannels /portchannels path /portchannels node type container access read write /portchannels/portchannel /portchannels/portchannel path /portchannels/portchannel node type list description the list of interfaces on the device access read write /portchannels/portchannel/name /portchannels/portchannel/name path /portchannels/portchannel/name node type leaf description the name of the portchannel and portchannel sub interface access read write data type \<yang type string> /portchannels/portchannel/mac address learning /portchannels/portchannel/mac address learning path /portchannels/portchannel/mac address learning node type leaf description set interface mac address learning, only support for vlan and its members access read write data type \<yang type boolean> constraints valid in \[true, false] /portchannels/portchannel/mode /portchannels/portchannel/mode path /portchannels/portchannel/mode node type leaf description choose port channel mode lacp for running lacp protocol, static for static load banlancing among members access read write data type \<yang type enumeration> constraints enumeration with options lacp static /portchannels/portchannel/commit /portchannels/portchannel/commit path /portchannels/portchannel/commit node type leaf description this is a special leaf to control behavior of server while processing configuration if set to false, configurations within this block setting to running datastore would not be synchronized to operational datastore automatically if true, configurations will be synchronized to operational datastore automatically in most cases, this is useless and can be ignored access read write data type \<yang type boolean> constraints valid in \[true, false] /portchannels/portchannel/lacp /portchannels/portchannel/lacp path /portchannels/portchannel/lacp node type container description lacp protocol configuration of portchannels access read write constraints when condition /mode = 'lacp' /portchannels/portchannel/lacp/system priority /portchannels/portchannel/lacp/system priority path /portchannels/portchannel/lacp/system priority node type leaf description the lacp system priority identifies the master switch ot the lag the system with the lower system priority is preferred access read write data type \<yang type uint16> constraints valid range 0 to 65535 /portchannels/portchannel/lacp/fallback /portchannels/portchannel/lacp/fallback path /portchannels/portchannel/lacp/fallback node type leaf description the fallback mode brings up one of the lacp member ports to 'up' state before an lacp pdu is received by the lag access read write data type \<yang type boolean> constraints valid in \[true, false] /portchannels/portchannel/lacp/fast rate /portchannels/portchannel/lacp/fast rate path /portchannels/portchannel/lacp/fast rate node type leaf description fast rate allows the lacp peer to send lacp pdus at a rate of one per second after synchronization the default rate is one per 30 seconds access read write data type \<yang type boolean> constraints valid in \[true, false] /portchannels/portchannel/lacp/system id /portchannels/portchannel/lacp/system id path /portchannels/portchannel/lacp/system id node type leaf description change lacp system id default to the system mac access read write data type \<yang type mac address> constraints the mac address type represents an ieee 802 mac address the canonical representation uses lowercase characters in the value set and its semantics, this type is equivalent to the macaddress textual convention of the smiv2 /portchannels/portchannel/members /portchannels/portchannel/members path /portchannels/portchannel/members node type container access read write /portchannels/portchannel/members/member /portchannels/portchannel/members/member path /portchannels/portchannel/members/member node type list access read write /portchannels/portchannel/members/member/port /portchannels/portchannel/members/member/port path /portchannels/portchannel/members/member/port node type leaf access read write data type \<yang type ethernet port name> /portchannels/portchannel/members/member/lacp port priority /portchannels/portchannel/members/member/lacp port priority path /portchannels/portchannel/members/member/lacp port priority node type leaf description the port priority determines which ports should be put in standby mode when there is a hardware limitation that prevents all compatible ports from aggregating ports with lower port priority are preferred access read write data type \<yang type uint16>