for i in `lsvg`
do
echo "VG Name:" $i
echo "Total VG Size:"
lsvg $i |grep "TOTAL PPs:" |awk '{print $7}' | cut -c2-
echo "Free VG Size:"
lsvg $i |grep "FREE PPs:" | awk '{print $7}' | cut -c2-
done
The PP Sizes are in MB. I like to have the sizes in GB.
Also, I like to have the output in horizontal, so that it can show as:
VG Name: AAA Total VG Size: 2,201 Free VG Size: 102
VG Name: BBB Total VG Size: 1,300 Free VG Size: 564
etc
etc
Please advise.
Divide by one thousand. Or 1024, depending on preference.
lsvg $i |grep "TOTAL PPs:" |awk '{print $7/1024}' | cut -c2-
I tried this, but gave me 0...
Please advise.
You need to delete the , first, before you can do math on that string.
awk '{ sub(/,/, "", $7); print $7/1024 }'
It is odd.. It still returns 0.
Please advise.
Without seeing the text you're feeding into these commands, I cannot. Please post it.
I'd say the problem is with the (
i.e.
VG PERMISSION: read/write TOTAL PPs: 968 (61952 megabytes)
Yes, ( is there.
Please let me know how to display the output horizontally.
I know it's there! I'm on a mobile now and in no position to write code!! Please post the complete output of an lsvg command, as Corona688 hinted at.
lsvg output looks i.e.
VOLUME GROUP: rootvg VG IDENTIFIER: 00c701f000004c0000000117d056caf8
VG STATE: active PP SIZE: 64 megabyte(s)
VG PERMISSION: read/write TOTAL PPs: 2186 (139904 megabytes)
MAX LVs: 256 FREE PPs: 288 (18432 megabytes)
LVs: 16 USED PPs: 1898 (121472 megabytes)
OPEN LVs: 12 QUORUM: 1 (Disabled)
TOTAL PVs: 2 VG DESCRIPTORS: 3
STALE PVs: 0 STALE PPs: 0
ACTIVE PVs: 2 AUTO ON: yes
MAX PPs per VG: 32512
MAX PPs per PV: 2032 MAX PVs: 16
LTG size (Dynamic): 256 kilobyte(s) AUTO SYNC: no
HOT SPARE: no BB POLICY: relocatable
It'd be much easier to use $6 -- it's a bare number, probably the one intended for machine processing. It appears to be in units of 64 megabytes.
Using printf with %.1f to print to one decimal place, adjust as needed. Use %d if you want no decimal points at all.
awk '{ printf("%.1f\n", ($6*64)/1024); }'
---------- Post updated at 12:41 PM ---------- Previous update was at 12:35 PM ----------
actually, you can even remove the grep:
lsvg $i | awk '/TOTAL PP/ { printf("%.1f", ($6*64)/1024); }'
In fact you can do the whole thing in awk:
lsvg $i | awk -v VG="$i" '
# Execute this code for lines matching TOTAL PP
/TOTAL PP/ { TPP=$6 }
# Execute this code for lines matching FREE PP
/FREE PP/ { FPP=$6 }
# Execute this code after all lines are read
END {
TPP=(TPP*64)/1024;
FPP=(FPP*64)/1024;
printf("VG Name: %s Total VG Size: %.1f Free VG Size: %.1f\n", VG, TPP, FPP);
}'
And as the PP size can vary by volume group:
lsvg $(lsvg) | awk '/^VOLUME GROUP/ { printf "%s ", $3 } /PP SIZE/ { S=$6 }
/TOTAL PPs/ { printf "%d ", $6*S/1024 }
/FREE PPs/ { print $6*S/1024 }
'
rootvg 136 18
Good point. Keeping that in mind:
lsvg $i | awk -v VG="$i" '
# Execute this code for lines matching TOTAL PP
/TOTAL PP/ { TPP=$6 }
# Execute this code for lines matching FREE PP
/FREE PP/ { FPP=$6 }
# You know the drill by now
/PP SIZE/ { S=$6 }
# Execute this code after all lines are read
END {
TPP=(TPP*S)/1024;
FPP=(FPP*S)/1024;
printf("VG Name: %s Total VG Size: %.1f Free VG Size: %.1f\n", VG, TPP, FPP);
}'
Using lsvg $(lsvg) eliminates the need to use (yuk) for i in `lsvg` , or a while loop. And there's a "cost" benefit in lsvg $(lsvg) than the iteration alternatives for those who think every CPU cycle is a prisoner(!), as lsvg is only executed twice regardless of how many volume groups there are.
So, the code I posted will give output for all volume groups.
lsvg | while read VG; do
lsvg $VG ...
...
done
for example, will execute lsvg #of VG's + 1 times.
Thank you so much! It works fine.