User Guide

562 System Messages
System Messages
103-000150-001
August 29, 2001
Novell Confidential
Manual 99a38 July 17, 2001
SERVER-X-1600: Address space name is not an unloadable address space.
Source: SERVER.EXE
Explanation: See “SERVER-X-1555: Address space name is not an unloadable address
space.” on page 561.
SERVER-X-1601: Invalid Address Space State (number).
Source: SERVER.EXE
Explanation: You tried to load a module into an address space that had been shut down
because it faulted or experienced a cleanup failure. Although the address space
was shut down, it was not deleted.
Action: Load the module into a different address space.
SERVER-X-1614: Remirroring process aborted on mirror object number.
Source: SERVER.EXE
Possible Cause: The system found the remirroring process to be out of synchronization due to
hardware failure. The designated partition cannot be mirrored. Data integrity
might be lost for the volumes that reside on the designated partition. The
operating system supports the partition as an unmirrored device. This error
might have been caused by a hard disk or channel failure. Another possibility
is that the directory was corrupted.
Action: Try to salvage the data on the mirrored disks. See Recovering Data from an
Out of Sync Disk in the Server Operating System Administration Guide.
Replace failing disks.
SERVER-X-1616: An NLM has been loaded that does not allow low priority threads to
be run. Low priority threads are used for file compression, etc. Set `Upgrade Low
Priority Threads' to ON or unload the NLM.
Source: SERVER.EXE
Possible Cause: An NLM has been loaded that does not yield the CPU properly. Some
processes, such as file compression, cannot be completed.
Action: Use the SET server utility to set the Upgrade Low Priority Threads parameter
to On, or unload the NLM.
If this NLM is from a vendor other than Novell, try loading the NLM using
the following command line syntax:
LOAD NLM (CLIB_OPT)/Y
This syntax causes the NLM to use a different method of yielding CPU calls
(using a handicapped queue) that allows priority threads to run.