slb subcommand
The slb subcommand displays Segment Lookaside Buffer (SLB) information.
Format
slb [-r] [entry]
Parameters
| Item | Description |
|---|---|
| -r | Specifies that the current register contents of the SLBs should
be displayed. If there are any SLB values, the slb subcommand usually displays them for the current context, but does
not display the contents of the registers. Note: This flag is only
supported for the KDB kernel debugger.
|
| entry | Specifies the SLB entry to display. If this parameter is not used, all of the SLBs are displayed. |
If the underlying hardware platform does not support SLBs, the slb subcommand displays a message indicating that the subcommand is unavailable.
Other
No aliases.
Examples
The following is an example of how to use the slb subcommand:
KDB(0)> slb
00 0000000008000000 0000000000000400 V 01 F000000028000000 0000000021002000 V
02 F000000030000000 00000000013E0400 I 03 FFFFFFFF08000000 00000001C109C080 V
04 FFFFFFFF10000000 00000000D14AD080 I 05 FFFFFFFF20000000 00000001D12FD080 I
06 FFFFFFFF30000000 0000000111131080 I 07 0000000000000000 0000000000000000 I
08 0000000000000000 0000000000000000 I 09 0000000000000000 0000000000000000 I
0A 0000000000000000 0000000000000000 I 0B 0FFFFFFFF8000000 0000000031003C00 V
0C F100009E18000000 00000001E09DE400 V 0D F100008798000000 0000000160876400 V
0E F100008788000000 0000000150875400 V 0F F1000089C8000000 0000000190899400 V
10 F1000000E8000000 00000000B000B400 V 11 F100000BE8000000 00000001B00BB400 V
12 F100000048000000 0000000010001400 V 13 F100000058000000 0000000020002400 V
14 F100009E28000000 00000001F09DF400 V 15 F10000AFB8000000 0000000180AF8400 V
16 F10000AFC8000000 0000000190AF9400 V 17 F10000AFD8000000 00000001A0AFA400 V
18 F200010018000000 0000010010001400 V 19 F200010028000000 0000010020002400 V
1A F200020038000000 0000020030003500 V 1B F100000BE0000000 00000001B00BB400 I
1C F100000040000000 0000000010001400 I 1D F100000050000000 0000000020002400 I
1E F100009C00000000 00000001D09BD400 I 1F F100009E20000000 00000001F09DF400 I
20 F200010010000000 0000010010001400 I 21 F200010020000000 0000010020002400 I
22 F200020030000000 0000020030003500 I 23 F100009D00000000 00000000D09CD400 I
24 F100001420000000 00000001F013F400 I 25 F100009AE0000000 00000000B09AB400 I
26 F10000AFC0000000 0000000190AF9400 I 27 F100001420000000 00000001F013F400 I
28 090000F0D0000000 00000000A09AAC00 I 29 F100009AD0000000 00000000A09AA400 I
2A 090000F030000000 00000001714D7C00 I 2B 090000F040000000 00000001914D9C00 I
2C F10000AFB0000000 0000000180AF8400 I 2D 090000F0F0000000 00000000314C3C00 I
2E 090000F0F0000000 00000000414C4C00 I 2F F10000AFB0000000 0000000180AF8400 I
30 090000F010000000 00000001810F8C00 I 31 090000F020000000 00000000714C7C00 I
32 090000F0D0000000 00000000A09AAC00 I 33 090000F0F0000000 00000000414C4C00 I
34 F10000AFC0000000 0000000190AF9400 I 35 F10000AFD0000000 00000001A0AFA400 I
36 090000F0F0000000 0000000111471C00 I 37 0000000000000000 0000000000000000 I
38 0000000000000000 0000000000000000 I 39 0000000000000000 0000000000000000 I
3A 0000000000000000 0000000000000000 I 3B 0000000000000000 0000000000000000 I
3C 0000000000000000 0000000000000000 I 3D 0000000000000000 0000000000000000 I
3E 0000000000000000 0000000000000000 I 3F 0000000000000000 0000000000000000 I
KDB(0)> slb 3
03 FFFFFFFF08000000 00000001C109C080 V
> valid
esid = 0000000FFFFFFFF0
vsid = 00000000001C109C
KsKp = 00 NLC = 001
KDB(0)>