Avaya Troubleshooting Routers Průvodce řešením problémů stáhnout pdf (Strana 66)

Troubleshooting Routers

3-14

The response shows the ﬁlename, starting offset (load address), and number of

bytes of each dynamically loadable application running on the slot in question.

If a processor does not reside on a slot, the message

loadmap: no reply from

slot(s) specified appears.

Determine how your processor is currently using local and global memory as

follows:

1. To determine how the slot in question divides memory into global and

local types, enter the following Technician Interface command:

get wfKernParamEntry.*.

<slot_no.>

is the slot number of the processor module in the router. Use Slot 1

if you have an AN (Access Node).

2. To display how the router is using memory, enter the following

Technician Interface command:

get wfKernelEntry.*.

<slot_no.>

The values that the Technician Interface displays include

— How much memory is free

— The starting PC (program counter [that is, address location in memory])

of the task.

The Technician Interface displays each task as a PC code in the

wfKernelEntry.wfKernelBufOwnerTask lines.

— The number of buffers allocated for each task

Example

The most important lines in this example are in bold. This example shows

only the most important lines in the display. It shows only a portion of what

actually appears.

$ get wfKernelEntry.*.2

wfKernelEntry.wfKernelSlot.2 = 2

wfKernelEntry.wfKernelMemorySize.2 = 23752016

wfKernelEntry.wfKernelMemoryFree.2 = 21139840

. . .

wfKernelEntry.wfKernelBufOwnerTask1.2 = "315910F4"

. . .

wfKernelEntry.wfKernelBufOwnerTask2.2 = "31619B04"

. . .

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Avaya Troubleshooting Routers Průvodce řešením problémů Strana 66