OSI/AS Configuration and Management Manual

Installing and Configuring the Subsystem
OSI/AS Configuration and Management Manual—424119-001
4-29
Adding NSAP ENTRY Objects
The first attribute-spec associates SNPA address FE08008E000023 with the local
NSAP address that you registered in the first part:
SNPA FE08008E000023
The OSI manager process enters into the MIB the association between these two
addresses.
The second attribute-spec assigns the TSP process $OSIM.#TSP.TSP1 as the
server process for the NSAP address identified in the first part:
L4SERVER $OSIM.#TSP.TSP1
This means that this TSP process handles all connections that use NSAP address
9A0001.
The third attribute-spec assigns a Layer 4 PROFILE object called TPFILE4 to
local NSAP address 9A0001:
L4PROFILE $OSIM.#L4.TPFILE4
The OSI manager process uses this profile to configure connections in cases where there
is no profile associated with the corresponding remote NSAP address.
When configuring Transport Layer subdevices, the OSI manager process always checks
the remote NSAP ENTRY first to see if there is an associated L4PROFILE object. If
there is no L4PROFILE object associated with the remote NSAP ENTRY, the OSI
manager checks the local NSAP ENTRY object for a Transport Layer configuration
profile. If the local NSAP ENTRY also has no associated L4PROFILE object, the OSI
manager configures the subdevice using the default values contained in the Transport
Layer SERVICE object.
The last attribute-spec defines the addressing mode used by the network accessed
through this NSAP:
NETADDR-MODE NORMAL
This example gives the default setting, indicating addressing for any LAN or for an X.25
network that implements 1984 X.25 standards. NETADDR-MODE X25-1980 would
indicate addressing for an X.25 network that implements 1980 standards; for such
networks, that clause is required.
Example 2: NSAPs With Same SNPA
The following two commands register two different NSAP addresses with the OSI
manager process, assign both of them to the same SNPA address, assign each one to a
different TSP process, and configure each one with the same Layer 4 profile:
ADD ENTRY $OSIM.#NSAP.9A0001, SNPA FE08008E000023 &
, L4SERVER $OSIM.#TSP.OSI4A &
, L4PROFILE $OSIM.#L4.TPFILE1
ADD ENTRY $OSIM.#NSAP.9A0002, SNPA FE08008E000023 &
, SERVER $OSIM.#TSP.OSI4B &
, PROFILE $OSIM.#L4.TPFILE1