In article <1112198085.631771.279540@o13g2000cwo.googlegroups. com>, jdunphy wrote:
> i'm looking for a AIX5.1 command which will print out all system
> resources ie disks, cpu (speed), memory (physcal / virtual), IP, model
> #, serial # pretty much everything you need for a systen aduit. thanks
>

Someone pointed me to a script 'Inventory-Long.ksh'.
Does it do all you're wanting?

------------------------------------------
#!/usr/bin/ksh
#/* start_doc */
#/************************************************** *********************
#* Program Information *
#* *
#* Program Name : Inventory-Long *
#* Date Written : 03/08/01 *
#* Author : William D. Wood *
#* System : IBM SP *
#* Subsystem : Administration *
#* Example : Inventory-Long > result 2>&1 *
#* Purpose : Create listing of current system configuration *
#* Description : Uses AIX commands to list pertinent system *
#* information into a single file *
#* *
#************************************************* ***********************
#* Revision History *
#* *
#* Name Date Revision *
#* Revised Description/Authorization *
#* -------- -------- ---------------------------------------------- *
#* woodwd 03/08/01 Created initial script *
# *
#************************************************* ***********************
# PBZ - log *
#************************************************* ***********************
# *
# ddelija 09/24/02 /rootop/Inventory-Long.ksh root:700 *
# ddelija 10/07/02 symetrix interafce added count_EMC,list_symetrix *
# zfindrik *
# ddelija 11/12/02 get_model added *
# ddelija 31/01/03 list_Platform_firmwarea added *
# ddelija 10/02/03 get_model modified to work on regatta *
# ddelija 08/04/03 list_tunables list /etc/tunables/nextboot *
# ddelija 30/04/03 display_info1 to avoid eval break - no memory *
# *
#************************************************* **********************/
#/* end_doc */


################################################## ##############################
##
## Subroutine: Exit program upon operator request or if error encountered
##
################################################## ##############################
exit_prog ()
{
print ""
print "Exiting program '$PROGNAME'. Exit code = 1"
print "Program exited on $(date '+%a, %h %d at %r')"
print ""
print "Thank you."
print ""
exit 1
}


################################################## ##############################
##
## Subroutine: Exit program upon interrupt request (^C)
##
################################################## ##############################
exit_break ()
{
print ""
print ""
print "Exiting program '$PROGNAME' abnormally due to interrupt request!"
print "Please re-run program."
print ""
print "Program exited on $(date '+%a, %h %d at %r')"
print ""
print " Thank you."
print ""
exit 1
}


################################################## ##############################
##
## Subroutine: find out model of the machine
##
################################################## ##############################
get_model () {

CODE=`lsattr -E -l sys0 | awk '$1~/modelname/ { print $2 }'`
echo "RS/6000 Model = $CODE"

return

#old non-working version
CODE=`uname -m | cut -c9,10 `
case $CODE in
02) MODEL="7015-930";;
10) MODEL="7016-730, 7013-530, 7016-730";;
14) MODEL="7013-540";;
18) MODEL="7013-53H";;
1C) MODEL="7013-550";;
20) MODEL="7015-930";;
2E) MODEL="7015-950";;
30) MODEL="7013-520, 7018-740/741";;
31) MODEL="7012-320";;
34) MODEL="7013-52H";;
35) MODEL="7012-32H";;
37) MODEL="7012-340";;
38) MODEL="7012-350";;
41) MODEL="7011-220";;
42) MODEL="7006-41T/41W";;
43) MODEL="7008-M20";;
46) MODEL="7011-250";;
47) MODEL="7011-230";;
48) MODEL="7009-C10";;
4C) MODEL="7248-43P";;
57) MODEL="7012-390, 7030-3BT";;
58) MODEL="7012-380, 7030-3AT";;
59) MODEL="7012-39H, 7030-3CT";;
5C) MODEL="7013-560";;
63) MODEL="7015-970/97B";;
64) MODEL="7015-980/98B";;
66) MODEL="7013-580/58F";;
67) MODEL="7013-570/770/771/R10";;
70) MODEL="7013-590";;
71) MODEL="7013-58H";;
72) MODEL="7013-59H/R12";;
75) MODEL="7012-370/375/37T";;
76) MODEL="7012-360/365/36T";;
77) MODEL="7012-355/55H/55L";;
79) MODEL="7013-590";;
80) MODEL="7015-990";;
82) MODEL="7015-R24";;
89) MODEL="7013-595";;
90) MODEL="7009-C20";;
91) MODEL="7006-42x";;
94) MODEL="7012-397";;
A0) MODEL="7013-J30";;
A1) MODEL="7013-J40";;
A3) MODEL="7015-R30";;
A4) MODEL="7015-R40";;
A6) MODEL="7012-G30";;
A7) MODEL="7012-G40";;
C0) MODEL="7024-E20";;
C4) MODEL="7025-F40";;
*) MODEL="Unknown";;
esac
echo "RS/6000 Model = "$MODEL" "$CODE


}
################################################## ##############################
##
## Subroutine: List for p6** only list platform firmware
##
################################################## ##############################
list_Platform_firmware()
{
lscfg -vp|grep -p 'Platform Firmware:'
}

################################################## ##############################
##
## Subroutine: List information about CPU/version
##
################################################## ##############################
list_machine ()
{
print "============================"
print "MACHINE-SPECIFIC INFORMATION"
print "============================"
print ""
display_info "CPU Information" "uname -a"
display_info "Platform Firmware" "list_Platform_firmware"
display_info "Machine model" "get_model"
display_info "OS Level" "oslevel"
display_info "OS Maintenance Level" "instfix -i | grep AIX_ML"
}

################################################## ##############################
##
## Subroutine: List information about volume groups
##
################################################## ##############################
list_vgs ()
{
print "========================"
print "VOLUME GROUP INFORMATION"
print "========================"
print ""
display_info "List of All Volume Groups" "lsvg"
display_info "List of Varied On Volume Groups" "lsvg -o"
VOLS="$(lsvg -o)"
for i in $VOLS
do
display_info "Volume Layout of $i" "lsvg $i"
display_info "Physical Layout of $i" "lsvg -p $i"
display_info "Logical Layout of $i" "lsvg -l $i"
done

return 0
}


################################################## ##############################
##
## Subroutine: List information about logical volumes
##
################################################## ##############################

list_lvs ()
{
print "=========================="
print "LOGICAL VOLUME INFORMATION"
print "=========================="
print ""
VOLS="$(lsvg -o)"
for i in $VOLS
do
LVS="$(lsvg -l $i | tail +3 | awk '{print $1}')"
for j in $LVS
do
display_info "Logical Volume layout of $i" "lslv -l $j; print; lslv $j"
done
done

return 0
}

################################################## ##############################
##
## Subroutine: List information about physical volumes
##
################################################## ##############################
list_pvs ()
{
print ""
print "==========================="
print "PHYSICAL VOLUME INFORMATION"
print "==========================="
print ""
display_info "List of physical volumes" "lspv"
VOLS="$(lspv | awk '{print $1}')"
for i in $VOLS
do
display_info "Information for $i" "lspv $i"
display_info "Logical Layout of $i" "lspv -l $i"
display_info "Physical layout of $i" "lspv -p $i"
done

return 0
}


################################################## ##############################
##
## Subroutine: List startup information (/etc/inittab and rc.local)
##
################################################## ##############################
list_startup ()
{
print ""
print "==================="
print "STARTUP INFORMATION"
print "==================="
print ""
# display_info "Inittab File" "lsitab -a"
if [ -f /etc/rc.local ]
then
display_info "/etc/rc.local File" "cat /etc/rc.local"
else
display_info "/etc/rc.local File" "print \"No rc.local file exists\" "
fi

return 0
}


################################################## ##############################
##
## Subroutine: List filesystem information
##
################################################## ##############################
list_fs ()
{
print ""
print "======================"
print "FILESYSTEM INFORMATION"
print "======================"
print ""
display_info "List of filesystems" "lsfs"
display_info "List of /etc/filesystems" "cat /etc/filesystems"

return 0
}


################################################## ##############################
##
## Subroutine: List paging spaces
##
################################################## ##############################
list_ps ()
{
print ""
print "========================"
print "PAGING SPACE INFORMATION"
print "========================"
print ""
display_info "Size of Real Memory" "lsattr -El sys0 -a realmem"
display_info "List of Paging Spaces" "lsps -a"
display_info "Paging Space Summary" "lsps -s"

return 0
}


################################################## ##############################
##
## Subroutine: List user and group information
##
################################################## ##############################
list_users ()
{
print ""
print "======================"
print "USER/GROUP INFORMATION"
print "======================"
print ""
display_info "Group Information" "lsgroup ALL"
display_info "User Information" "lsuser ALL"

return 0
}

################################################## ##############################
##
## Subroutine: List network information
##
################################################## ##############################
list_net ()
{
print ""
print "==================="
print "NETWORK INFORMATION"
print "==================="
print ""
display_info "Network Information" "netstat -in"
display_info "Network Route Information" "netstat -rn"
NETS=$(netstat -in | tail +2 | awk '{print $1}' | uniq)
for i in $NETS
do
display_info "Interface Configuration" "ifconfig $i"
done
display_info "Host Information" "cat /etc/hosts"

}

################################################## ##############################
##
## Subroutine: List network tunning parameters
##
################################################## ##############################
list_no ()
{
print ""
print "============================"
print "NETWORK OPTIONS INFORMATION"
print "============================"
print ""
display_info "Network Options Information" "no -a"

return 0
}


################################################## ##############################
##
## Subroutine: List licensed product information
##
################################################## ##############################
list_lpp ()
{
print ""
print "============================"
print "LICENSED PRODUCT INFORMATION"
print "============================"
print ""
display_info "Licensed Program Products" "lslpp -L"

return 0
}


################################################## ##############################
##
## Subroutine: List Device information
##
################################################## ##############################
list_devs ()
{
print ""
print "==========================="
print "DETAILED DEVICE INFORMATION"
print "==========================="
print ""
############################################
#eval break on our 5.2 regatta - tu much devices
#so new operation display_info1
############################################
display_info1 "Installed Resources" "lscfg -v"
display_info "Customized Devices" "lsdev -C | sort"
DEVS=$(lsdev -C | sort | awk '{print $1}')
for i in $DEVS
do
display_info "$i" "lsattr -F \"attribute value description\" -l $i"
done

return 0
}


################################################## ##############################
##
## Subroutine: count EMC disks and print table / control
##
################################################## ##############################

################################################## ##############################
##
## Subroutine: count EMC disks and print table / control
##
################################################## ##############################
count_EMC ()
{
################################################## #######
#Our local specifics -
#With Zaneta Findrik 07tj Oct 2002 Inventroy_long.ksh
################################################## #######

test -x symdev || return

#tokens to be filtered
TOKENS="RDF1 RDF2 BCV 2-Way"
#results of trhree different commands are put into table
#it must be the same visual control

OUT=/tmp/$$.emc
OUTS=""

PORT=0
SCSI=14b
OUTO=${OUT}${SCSI}
symdev list -sa $SCSI -p $PORT > $OUTO
OUTS=$OUTS" "$OUTO

SCSI=3b
OUTO=${OUT}${SCSI}
symdev list -sa $SCSI -p $PORT > $OUTO
OUTS=$OUTS" "$OUTO

OUTO=${OUT}.pd
sympd list > $OUTO
OUTS=$OUTS" "$OUTO


printf "%s %s %s %s\n" $TOKENS
printf "-------------------------------------------------------"

for f in $OUTS
do
printf "\n"
for t in $TOKENS
do
N=$(grep "$t" $f| grep power | wc -l)
printf "%d " $N
done
done
printf "\n"
printf "-------------------------------------------------------"
printf "\n"

#remove the tmp data
test -n "$OUTS" && rm -rf $OUTS

return 0

}

################################################## ##############################
##
## Subroutine: List SYMETRIX information
##
################################################## ##############################
list_symetrix ()
{
test -x /usr/symcli/bin/sympd || return

print ""
print "==========================="
print "DETAILED SYMETRIX INFORMATION"
print "==========================="
print ""

display_info "" "sympd list"
display_info "All Symetrix RDFs" "symrdf list"
display_info "All Symetrix devices" "symdev list"
display_info "All Symetrix DISKs" "symdev list -da all"
display_info "All Powerpath Devices" "sympd list -powerpath"
display_info "All Symetrix Device Groups" "symdg list"
display_info "All Symetrix Device groups-verbose" "symdg list -v"
display_info "Symetrix Configuration" "symcfg list -v"
display_info "BCV Configuration" "symbcv list"

display_info "EMC disk info by three different commands" "count_EMC"

return 0
}

################################################## ##############################
##
## Subroutine: List tunables information
##
################################################## ##############################
list_tunables ()
{
print ""
print "==========================="
print "TUNABLES INFORMATION"
print "==========================="
print ""

# display_info "ioo tunables" "ioo -L"
# display_info "vmo tunables" "wmo -L"
display_info "no tunables" "no -a"
display_info "nfso tunables" "nfso -a"
# display_info "schedo tunables" "schedo -L"

return 0
}

################################################## ##############################
##
## Subroutine: Display command information in a nice format
##
################################################## ##############################
display_info ()
{
print "$1 [$2] \n------------------------------------------------------------------------------ \n$(eval $2)\n"
return 0
}

display_info1 ()
{
print "$1 [$2] \n------------------------------------------------------------------------------ \n"
eval $2
print "\n"
return 0
}


################################################## #######################
##
## MAIN PROGRAM
##
################################################## #######################
PROGNAME=$0

print "#start"
print "Program started on $(hostname) on $(date '+%a, %h %d at %r')"
print ""

################################################## #######################
##
## Trap for a ^C break; send to separate function
##
################################################## #######################
trap exit_break 2

## List Machine/Version Information
list_machine

## List volume group information
list_vgs

## List Logical Volume Information
list_lvs

## List Physical Volume information
list_pvs

## List Startup information
list_startup

## List filesystem information
list_fs

## List Paging Spaces
list_ps

## List user and group information
list_users

## List network information
list_net

## List network tuning information
list_no

## List Device information
list_devs

## List licensed production information
list_lpp

## List symetrix EMC informations
list_symetrix
##

## List tunables
list_tunables
##

print ""
print "Program completed on $(hostname) on $(date '+%a, %h %d at %r')"
print ""
print "#end"

##
## Exit with a successful status; Program completed
##
exit 0
------------------------------------------

"jdunphy" writes:

> i'm looking for a AIX5.1 command which will print out all system
> resources ie disks, cpu (speed), memory (physcal / virtual), IP, model
> #, serial # pretty much everything you need for a systen aduit. thanks
>

http://servdoc.sourceforge.net

Uli

--
'''
(0 0)
+------oOO----(_)--------------+
| |
| Ulrich Herbst |
| |
| Ulrich.Herbst@gmx.de |
+-------------------oOO--------+
|__|__|
|| ||
ooO Ooo

Mike that script works AWSOME i turned it over to my level 1 admins and
it has made there invetory task much eaiser now they are asking if you
have any thing like that for sun servers