OSI/MHS Configuration and Management Manual

OSI Address Configuration in OSI/MHS
OSI/MHS Configuration and Management Manual—424827-003
D-13
A Sample Configuration
Any of these terms may be set to any desired convenient value. The value used will
have no influence on the ultimate OSI connection. However, it is often convenient to
use values that are related to those used in the OSI connection.
One point to note, in particular, about Figure D-2 is how the REM-NSAP-n parameter
of the ADD MTA command defines not only <in-s-nsap>, but also, indirectly, both <out-
d-nsap> and <out-s-port>.
The meaning and relationship of the commands shown in Figure D-2 can most easily
be understood by looking at an example.
A Sample Configuration
The following is an example of a complete configuration, starting with the local
configuration: the commands that define the OSI addresses of the OSI/MHS
subsystem.
The example describes a complete configuration for a local MR group and an adjacent
MTA.
Local MR Group Address Configuration
After setting up the OSI environment, define the local network, transport, and TAPS
processes as follows:
ALTER LINE $x25, SRCADDR "234223500161"
ADD PROCESS $zosi.#NSP.x25, NAME $x25
ADD PROCESS $zosi.#TSP.tsp1, NAME $TSP1, PRIORITY 170, &
CPU 3, BACKUPCPU 4
ADD PROCESS $zosi.#TAPS.tap1,NAME $TAP1, PRIORITY 170, &
CPU 5, BACKUPCPU 6, MAXCONNECTIONS 30
PARAM TSP^PROTO^ID ON
START PROCESS $zosi.#TSP.tsp1
START PROCESS $zosi.#TAPS.tap1
Next, define the common profiles.
== ************* Add general purpose PROFILES **************
== L4 Profiles
ADD PROFILE $zosi.#L4.PRFTP0, CLASS 0
ADD PROFILE $zosi.#L4.PRFTP4, CLASS 4
== L5 Profiles
ADD PROFILE $zosi.#L5.PRFSS1, VSN2 OFF, VSN1 ON
ADD PROFILE $zosi.#L5.PRFSS2, VSN2 ON, VSN1 ON
Add the MR group and define its address in the stack.
== ********************* Add MR Group **********************
ADD GROUP $zmhs.#mr.amr1, &
cpu 7, &
backup 0, &