OSI/MHS Configuration and Management Manual

OSI Address Configuration in OSI/MHS
OSI/MHS Configuration and Management Manual—424827-003
D-14
Local MR Group Address Configuration
pri 170, &
pdu-store $stafed.mhsmrdb.pdumr1, &
pdu-log-file $stafed.mhsmrdb.logmr1, &
work-sv $stafed mhsmrdb, &
rts-pname $zmhs.art1, &
mrp-pname $zmhs.amr1, &
sc-pname $zmhs.asc1, &
sc-pri 140, &
mr-t-selector 313131, &
mr-nsap 3233343232333530303136313031
== ********** Add OSI address entries for IN(D) ************
== Note: the same entries are used for OUT(S) in this
== example.
== Register local TSEL for incoming connections from MTAs
== (<in-d-tsel>)
ADD ENTRY $zosi.#TSEL.313131, &
SERVER $zosi.#TAPS.TAP1, PROFILE $zosi.#L5.PRFSS2
== Register local NSAP for incoming connections from MTAs
== (<in-d-nsap>)
ADD ENTRY $zosi.#NSAP.3233343232333530303136313031, &
SERVER $zosi.#TSP.TSP1, &
SNPA 995A12,&
L4PROFILE $zosi.#L4.PRFTP0, NETADDR-MODE X25-1980
== Register Local SNPA for incoming MTA connections
ADD ENTRY $zosi.#SNPA.995A12, &
PROFILE $zosi.#L3.zmtalsn, &
SERVER $zosi.#NSP.x25
== L3 Profile for incoming MTA connections
ADD PROFILE $zosi.#L3.zmtalsn, X25PORT 01
In this example the ADD GROUP #MR command defines the addresses that will be
used for IN(D). ADD ENTRY commands define the #TSEL and #NSAP entries to the
OSI manager.
The #TSEL entry defines a TAPS server process to handle incoming calls from other
MTAs. It also defines a #L5 profile, which in this case is configured to offer service on
both session versions 1 and 2.
The #NSAP entry defines a TSP server process to handle incoming calls from other
MTAs, and a #L4 profile, which in this case is configured to use the Transport Class 0
protocol. It also defines an SNPA, which is used to identify the physical network
connection from which this MR group will accept calls. (This is the subnetwork point of
attachment on which the group will listen for incoming connections.)
The #SNPA entry defines the network server process (NSP) that manages the physical
network for incoming connections for this group. That is, the NSP server process
name is the device name of the access method for this network connection. For X.25