event that the NRODD growth aborts abnormally.
To backup the NRODD and RODD type and enter
BKUP:ODD,NRODD=a,RODD;
Where:
a
= SM number
Response:
BKUP ODD NRODD=a IN PROGRESS
BKUP ODD NRODD=a COMPLETED
BKUP ODD RODD IN PROGRESS
BKUP ODD RODD COMPLETED
BKUP ODD COMPLETED
11.
To execute the NRODD growth, type and enter
ST:NRODDGRW,SM=a,KBYTES=b;
Where:
a
= SM number
b
= the number of kilobytes to grow the nonredundant ODD. The
input number of KBYTES must be divisible by 16; otherwise, the
NRODD growth will not execute.
Response:
ST NRODDGRW SM=a COMPLETED
12.
NOTE:
After this step is done, there is no method of reversing the NRODD growth without using
the magnetic tape stored versions of the ODDs.
To permanently backup the NRODD, type and enter
BKUP:ODD,NRODD=a;
Where:
a
= SM number
Response:
BKUP ODD NRODD=a IN PROGRESS
BKUP ODD NRODD=a COMPLETED
BKUP ODD COMPLETED
13.
To perform an RODD growth, perform Steps 15 through 19.
14.
CAUTION:
Specifying a growth size larger than the number of unallocated Kbytes in an RSM
will result in a corresponding reduction in the number of Kbytes allocated to SAB memory.
Reducing the SAB memory allocation will result in the RSM being able to store billing information
for a smaller period of time if the RSM should be forced into a stand-alone mode. Only personnel
familiar with the use and maintenance of SAB memory should make the determination to shrink
SAB memory allocation by executing a RODD growth.
NOTE 1:
The size of the RODD growth can only be determined after looking at the number of
unallocated Kbytes in EVERY SM because the RODD growth increases the redundant ODD on
each SM. The RODD size in a particular SM can be safely increased by the number of unallocated
Kbytes found in the output of the OP:ODD command. The unallocated memory is currently not being
used for any purpose and thus is free for an RODD or NRODD growth to acquire. However, once
the unallocated memory has been used, no further RODD or NRODD growths can occur without
235-105-210
October 1999
Copyright © 1999
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Page 799: ...Figure 11 36 3 1 Cleaning Points 235 105 210 October 1999 Copyright 1999 Page 7 ...
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Page 1008: ...Figure 11 55 1 CTSNS DIP Switch Settings 235 105 210 October 1999 Copyright 1999 Page 2 ...
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Page 1289: ...Figure 15 17 2 AMATPS Data Link 235 105 210 October 1999 Copyright 1999 Page 2 ...
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Page 1360: ...Figure 15 47 2 Typical SCANS III Link Diagram 235 105 210 October 1999 Copyright 1999 Page 2 ...
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Page 1421: ...Table 1 1 O M Checklist 235 105 210 October 1999 Copyright 1999 Page 3 ...