Troubleshooting the SWAN Concentrator and WAN Subsystem

<cpu-num2> is the alternate processor number.
<tcpip-process> is the name of the NonStop TCP/IP process that supports the
new Ethernet adapter port.
Use the SCF START PROCESS command to start the WANBoot process:b.
START PROCESS $ZZWAN.#<wanboot-process>
Use the SCF STATUS PROCESS command to verify that the WANBoot process is in the
STARTED state:
c.
STATUS PROCESS $ZZWAN.#<wanboot-process>
The example shows the output of this command.
5 Reconfigure the existing SNMP trap multiplexer process that supports the old Ethernet adapter
port to associate it with the NonStop TCP/IP process that supports the new Ethernet adapter
port.
Use the SCF STOP PROCESS command to stop the SNMP trap multiplexer process:a.
STOP PROCESS $ZZWAN.#<trapmux-process>
Use the SCF ALTER PROCESS command to alter one of the NonStop TCP/IP processes
for the SNMP trap mulitplexer process:
b.
ALTER PROCESS $ZZWAN.#<trapmux-process>,
STARTUP "-a $<agent> -t ($<tcpip1>, <tcpip2>)"
<trapmux-process> is the name of the SNMP trap multiplexer process you are
altering.
<agent> is the name of the SNMP agent process configured for the SNMP trap
multiplexer process. Do not alter this name.
<tcpip1> is the name of the preferred NonStop TCP/IP process and <tcpip2> is
the name of the alternate NonStop TCP/IP process that supports the SWAN
concentrator. Replace the appropriate NonStop TCP/IP process name with the
name of the NonStop TCP/IP process that supports the new Ethernet adapter port.
Use the SCF START PROCESS command to restart the SNMP trap multiplexer process:c.
START PROCESS $ZZWAN.#<trapmux-process>
Use the SCF STATUS PROCESS command to verify that the SNMP trap multiplexer is in
the STARTED state:
d.
STATUS PROCESS $ZZWAN.#<trapmux-process>
The example shows the output of this command.