another port isolation group, they will remain isolated from the ports in that group. If an Ethernet port is a member of
a convergence group, it should not be added into a port isolation group, and vice versa, a member of a port isolation
group should not be added into an aggregation group. But one port can be a member of one or more port isolation
groups.
Parameters:
<WORD> is the name identification of the group, no longer than 32 characters. If there is no such group with the
specified name, create one; ethernet means that the ports to be isolated is Ethernet ones, followed by a list of
Ethernet ports, supporting symbols like ";" and "-". For example: "ethernet 1/1;3;4-7;8" <IFNAME> is the name of the
interface, such as e1/0/1. If users use interface name, the parameter of ethernet will not be required.
Command Mode:
Global Mode.
Usage Guide:
Users can add Ethernet ports into or remove them from a port isolation group according to their requirements. When
an Ethernet port is a member of more than one port isolate group, it will be isolated from every port of all groups it
belongs to.
Example:
Add Ethernet ports 1/0/1-2 and 1/0/5 into a port isolation group named as "test".
Switch(config)#isolate-port group test switchport interface ethernet 1/0/1-2; 1/0/5
5.3 isolate-port apply
Command:
isolate-port apply [<l2|l3|all>]
Function:
This command will apply the port isolation configuration to isolate layer-2 flows, layer-3 flows or all flows.
Parameters:
<l2|l3|all> the flow to be isolated, l2 means isolating layer-2 flows, l3 means isolating layer-3 flows, all means
isolating all flows.
Command Mode:
Global Mode.
Default:
Isolate all flows.
Usage Guide:
User can apply the port isolation configuration to isolate layer-2 flows, layer-3 flows or all flows according to their
requirements.
Example:
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SGS-6341 Series Command Guide