Examples

Red Hat Enterprise Linux 9.2 LPAR mode z/VM guest

These examples show typical uses of hyptop.

To start hyptop with the sys_list window in interactive mode, enter:

# hyptop

If your Linux® instance is running in an LPAR that has permission to see the other LPARs, the output looks like the following example:

12:30:48 | cpu-t: IFL(18)  CP(3)  UN(3)                           ?=help
system   #core    core    mgm    Core+  Mgm+   online
(str)      (#)     (%)    (%)     (hm)  (hm)    (dhm)
S05LP30     10  461.14  10.18  1547:41  8:15 11:05:59
S05LP33      4  133.73   7.57   220:53  6:12 11:05:54
S05LP50      4   99.26   0.01   146:24  0:12 10:04:24
S05LP02      1   99.09   0.00   269:57  0:00 11:05:58
TRX2CFA      1    2.14   0.03     3:24  0:04 11:06:01
S05LP13      6    1.36   0.34     4:23  0:54 11:05:56
TRX1        19    1.22   0.14    13:57  0:22 11:06:01
TRX2        20    1.16   0.11    26:05  0:25 11:06:00
S05LP55      2    0.00   0.00     0:22  0:00 11:05:52
S05LP56      3    0.00   0.00     0:00  0:00 11:05:52
           413  823.39  23.86  3159:57 38:08 11:06:01

If your Linux instance runs in a z/VM® guest virtual machine that has permission to see the other z/VM guest virtual machines, the output looks like the following example:

12:32:21 | CPU-T: UN(16)                                          ?=help
system    #cpu    cpu    Cpu+    online  memuse  memmax  wcur
(str)     (#)     (%)    (hm)     (dhm)   (GiB)   (GiB)   (#)
T6360004   6   100.31  959:47 53:05:20     1.56   2.00    100
DTCVSW1    1     0.00    0:00 53:16:42     0.01   0.03    100
T6360002   6     0.00  166:26 40:19:18     1.87   2.00    100
OPERATOR   1     0.00    0:00 53:16:42     0.00   0.03    100
T6360008   2     0.00    0:37 30:22:55     0.32   0.75    100
T6360003   6     0.00 3700:57 53:03:09     4.00   4.00    100
NSLCF1     1     0.00    0:02 53:16:41     0.03   0.25    500
PERFSVM    1     0.00    0:53 2:21:12      0.04   0.06      0
TCPIP      1     0.00    0:01 53:16:42     0.01   0.12   3000
DIRMAINT   1     0.00    0:04 53:16:42     0.01   0.03    100
DTCVSW2    1     0.00    0:00 53:16:42     0.01   0.03    100
RACFVM     1     0.00    0:00 53:16:42     0.01   0.02    100
          75   101.57 5239:47 53:16:42    15.46  22.50   3000

At the top, the sys and sys_list windows show a list of the CPU types that are used for the current CPU and core dispatch time calculation.

To start hyptop with the sys window showing performance data for LPAR MYLPAR, enter:

# hyptop -w sys -s mylpar

The result looks like the following example:

11:18:50 MYLPAR cpu-t: IFL(0) CP(24) UN(2)                            ?=help
coreid type    core mgm visual
(#)   (str)    (%)  (%) (vis)
0        CP  50.78 0.28 |#######################                      |
1        CP  62.76 0.17 |############################                 |
2        CP  71.11 0.48 |################################             |
3        CP  32.38 0.24 |###############                              |
4        CP  64.35 0.32 |#############################                |
5        CP  67.61 0.40 |##############################               |
6        CP  70.95 0.35 |################################             |
7        CP  62.16 0.41 |############################                 |
8        CP  70.48 0.25 |################################             |
9        CP  56.43 0.20 |#########################                    |
10       CP   0.00 0.00 |                                             |
11       CP   0.00 0.00 |                                             |
12       CP   0.00 0.00 |                                             |
13       CP   0.00 0.00 |                                             |
=:V:N       609.02 3.10

To start hyptop with the sys_list window in batch mode, enter:
```
# hyptop -b
```
To start hyptop with the sys_list window in interactive mode, with the fields dispatch time (in milliseconds), and online time (unit default), and sort the output according to online time, enter:
```
# hyptop -f c:ms,o -S o
```
To start hyptop with the sys_list window in batch mode with update delay 5 seconds and 10 iterations, enter:
```
# hyptop -b -d 5 -n 10
```
To start hyptop with the sys_list window and use only CPU types IFL and CP for dispatch time calculation, enter:
```
# hyptop -t ifl,cp
```

To start hyptop on Linux in LPAR mode with the sys_list window and display all LPAR fields, including the thread information, enter:

# hyptop -f "#,T,c,e,m,C,E,M,o"

The result looks like the following example:


13:47:42 cpu-t: IFL(0) CP(38) UN(0)                                   ?=help
system    #core  #The    core     the  mgm   Core+    thE+  Mgm+    online
(str)       (#)   (#)     (%)     (%)  (%)    (hm)    (hm)  (hm)     (dhm)
S35LP41      12    24  101.28  170.28 0.28 1056:10 1756:11  8:45 158:04:04
S35LP42      16    32   35.07   40.07 0.44 5194:52 6193:52 12:45 158:04:04
S35LP64       3     3    1.20    1.20 0.00    0:31    0:31  0:00  12:03:54
...

In the example, the Linux instances in LPARs S35LP41 and S35LP43 run with 2 threads per core. The thread time, as the sum of the two threads, exceeds the core dispatch time.

The Linux instance in LPAR S35LP64 does not use simultaneous multithreading.

To start hyptop on Linux on z/VM with the sys_list window and display a selection of z/VM fields, including the management time, enter:

# hyptop -f "#,c,m,C,M,o"

The result looks like the following example:


17:52:56 cpu-t: IFL(0) UN(2)                                          ?=help
system     #cpu   cpu   mgm   Cpu+  Mgm+  online
(str)       (#)   (%)   (%)   (hm)  (hm)   (dhm)
G3545010      3  0.55  0.05   0:05  0:02 0:03:14
G3545021      3  0.04     -   0:00     - 0:02:43
G3545025      2  0.01     -   0:00     - 0:04:08
...

G3545099      1  0.00     -   0:00     - 0:09:06
             52  0.61  0.05   0:27  0:02 0:09:06

In the example, hyptop runs on a Linux instance in z/VM guest virtual machine G3545010. In the sys_list window, this is the only guest virtual machine for which management data is displayed.