d
= Segment number (32 partitions per segment).
e
= Total number of segments.
f
= Disk logical partition number.
g
= Starting disk block number of the indicated partition.
h
= Ending (inclusive) disk block number of the indicated partition.
i
= Size, in 512-byte blocks, of the indicated partition.
j
= Describes the partition. [Unresolved values are printed in hexadecimal and indicate
whether the partition is a
UNIX
®
system real-time reliable (RTR)-defined system real-time
reliable (RTR)-defined value or an application-defined value.]
k
= Indicates the modifier(s) applied to the specific partition definition.
If the number
PART
is an
even
number, record the starting disk block number (
START
) for partition (PTN)
41
. If the number
PART
is an
odd
number, record the starting disk block number (
START
) for PTN
42
.
9.
Is the number
PART
an
odd
number or an
even
number?
If
ODD
, continue with Step 10.
If
EVEN
, go to Step 11.
10.
If the number
PART
is
odd
, perform the following calculations:
MHDX = PART - 1
MHDY = PART
At MCC, type and enter the following two commands, using MHDX in one and MHDY in the other:
DUMP:MHD=x,VTOC;
DUMP:MHD=y,VTOC;
Where:
x
= MHDX (from previous calculation).
y
= MHDY (from previous calculation).
Only one of the two command lines will produce an output. Whichever command line that produces output
indicates the correct MHD value to use in Step 13.
Response:
DUMP MHD a VTOC STARTED
[
DUMP MHD a VTOC IN PROGRESS
]
DUMP MHD a VTOC SEGMENT d OF e
PTN START END SIZE DESCRIPTION
f g h i j [+k]
DUMP MHD a VTOC COMPLETED
Where:
a
= MHD number (0 through 255) (same as
PART
determined in Step 3, 4, or 5).
d
= Segment number (32 partitions per segment).
e
= Total number of segments.
f
= Disk logical partition number.
g
= Starting disk block number of the indicated partition.
h
= Ending (inclusive) disk block number of the indicated partition.
i
= Size, in 512-byte blocks, of the indicated partition.
j
= Describes the partition. (Unresolved values are printed in hexadecimal and indicate
whether the partition is a
UNIX
®
system RTR-defined value or an application-defined value.)
235-105-210
October 1999
Copyright © 1999
Page 4
Summary of Contents for 5ESS-2000
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Page 339: ...7 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 13 ...
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Page 609: ...2 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 12 ...
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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 999: ...2 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 13 ...
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 1303: ...9 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 2 ...
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 ...