EMC: Fibre Zone operations

1. Fibre Zone Definitions
2. Blocking zone set information
3. Vendor Interfaces
4. Basic operations

Fibre Zone Definitions

Blocking Zone information

When you connect HBAs to a switch, it will try to login to all ports on the fabric to which it has access. With no zones in effect, the HBA will have access to all ports. This process will take an excessive amount of time - particularly on 32 port switches.

The way to avoid this unnecessary waste of time is to set up a blocking zone set on the switche before connecting any hardware to the switch. The blocking zone sets up a zone with a single bogus member. Since only one zone set can be active at the same time and since the h/w you're plugging in won't be in the zone set, there won't be any fabric logins.

To set up a blocking zone set, do the following:

1. Create a bogus member
   
   fzone member -create -name ${blocking_member_name} -wwn 00:00:00:00:00:00:00:00
   
2. Create a zone containing the bogus member.
   
   fzone zone -create -name ${blocking_zone_name} ${blocking_member_name}
3. Create a blocking zone set
   
   fzone zone_set -create -name ${blocking_zone_set_name} ${blocking_zone_name}
   
   
4. Create the unit, if not already done, and assign the zone set to it.
   
   fzone unit -create -name ${unit_name} -interface ${unit_type} -o ${connect_data} -assign ${blocking_zone_set_name}
   
   
5. Assign the zone set to the unit.
   
   fzone fabric -enable ${unit_name}

Vendor Interfaces

As mentioned in the definitions, Fibre Zone attempts to hide the details of specific units from the administrator. It does this by providing a standard interface to the fibre zone database. It's this database that formats and sends the commands in expected format to either Silkworms or Connectrix swiches. As you might imagine, there are some differences in the way these two switches are manipulated.

One area where Fibre Zone can't hide the switch details is the initial configuraiton. Fibre Zone has to know how to access the switch before it can do anything with it. Naturally, there are differences between the two switches, so there are differences in the commands used to initially create the unit.

The generic format for the create unit command is:

It's the ${connect_data} that has the vendor specific information.

To identify what information is required for each switch type, query the database thusly:

Specifically:

# fzone interface -info silkworm

id           = 1
name         = silkworm
type         = interface
in use       = yes
version      = 1.00.21
device type  = switch
model        = SilkWorm 1000/2xxx
conn.data    = ip=(ip),uname=(user_name),password=(password)
conn.units   = brocade1,brocade2

# fzone interface -info ed1032  
id           = 2
name         = ed1032
type         = interface
in use       = no
version      = 1.00.21
device type  = switch
model        = ED5000/ED1032 versions 1.4,2.0
conn.data    = ip=(service_processor_ip),wwn=(switch_wwn)
conn.units   = 

So, the specific syntax to create a new unit for each switch type is:

Basic operations

As noted in the definitions, there are five basic objects in the Fibre Zone environment:

1. Members
2. Zones
3. Zone sets
4. Units
5. Meta units

The basic comand for each of these types is as follows:

1. fzone member
2. fzone zone
3. fzone zone_set
4. fzone unit
5. fzone unit -meta ..

Most, if not all of the commands will have at least the following four subsets:

1. -list
2. -create
3. -delete
4. -modify

You can simply execute the command without all the requisite options for a short help screen thusly:

# fzone unit
Usage: fzone unit [ options ]
Arguments for unit command :
          -list
        | -delete unit_name
        | -create [ -name name ] [ -assign zone_set_name ]
                  { -meta unit1,.. | -interface interface_name -o conn.data }
        | -extend unit_name unit1,..
        | -shrink unit_name unit1,..
        | -rename old_name new_name
        | -info { unit_name | unit_id } [-online]
        | -modify unit_name { -interface new_interface_name | -o new_conn.data }
        | -show unit_name [ -extend ]
        | -assign unit_name new_zone_set_name
        | -import unit_name [ -rename ] [ -apply ]
        | -default_zone { on | off } unit_name
for interfaces' list run "fzone interface -list"
for conn. data run "fzone interface -info interface_name"

Other that, you need to hit the EMC's Powerlink and download the docs. The more detailed information that you'll need is hiding in there.