Znyx Networks bh5700 manual This is equivalent to

network interface, and all ports listed after the equal sign are included in each group.

The following statement creates 14 VLAN groups with VID numbers 1-14. Each VLAN contains the same switch port, port 1, represented as zre1.

zhp0..13: vlan1..14 = zre1;

The plus (+) wildcard can be used with the last port listed to auto-increment that port number before each VLAN group is created. The following network interface statement creates 14 VLAN groups, with the first group containing port 1, the second group port 2, and so on. The second statement configures all ports as untagged in their respective VLANs.

zhp0..13: vlan1..14=zre1+; zre1..13=untag1+;

This is equivalent to:

zhp0: vlan1=zre1;

zhp1: vlan2=zre2;

zhp2: vlan3=zre3;

.

.

zhp13: vlan14=zre14;

zre1=untag1;

zre2=untag2;

zre3=untag3;

.

.

zre14=untag14;

The previous configuration can be used for creating a 14 port Layer 3 switch, with each port assigned to its own VLAN.

In the next example, one VLAN group, with VID number 1, is created that contains 14 ports. The second statement designates the 14 ports as untagged for the VLAN 1 group.

zhp0: vlan1 = zre1..13; zre1..13 = untag1;

Ethernet Switch Blade User's Guide release 3.2.2j page 280