-#!/bin/sh
+#!/bin/bash
# Filename: grml-hwinfo
# Purpose: get hardware information
# Authors: grml-team (grml.org), (c) Michael Prokop <mika@grml.org>
# Bug-Reports: see http://grml.org/bugs/
# License: This file is licensed under the GPL v2.
-# Latest change: Mon Jun 11 12:05:32 CEST 2007 [mika]
################################################################################
# Notice: Some ideas have been taken from
# http://club.black.co.at/david/hwdb/infodump
################################################################################
# variables
-UNAME=$(uname -r)
-PN=$(basename $0)
-VERSION='0.3'
-if [ -z "$INFOFILE" ]; then
- INFOFILE='info.tar.bz2'
+UNAME="$(uname -r)"
+PN="$(basename $0)"
+[ -n "$WORKING_DIR" -a -d "$WORKING_DIR" ] || WORKING_DIR=$(pwd)
+VERSION='***UNRELEASED***'
+
+# data collection should not be affected by user locale
+export LANG=C
+export LC_ALL=C
+
+TIMESTAMP='+%F--%H-%M-%S-%Z'
+DATE="$(date $TIMESTAMP)"
+
+echo "$PN ${VERSION} - collect hardware information"
+
+# defaults
+GENERATE_FILE='1'
+GENERATE_DIRECTORY=''
+_opt_output_directory=false
+_opt_output_file=false
+
+usage() {
+ echo "
+ This tool collects information of the hardware it is being executed on.
+ It can be executed as normal user to collect some basic information or
+ (recommended) with root permissions to collect more system information.
+ If executed without any options a file named grml-hwinfo-TIMESTAMP.tar.bz2
+ storing all collected information is created in the current working directory.
+
+ Options:
+
+ -b, --both Create directory + file grml-hwinfo-TIMESTAMP.tar.bz2
+ -d, --directory Create grml-hwinfo-TIMESTAMP as a directory (no file)
+ -f, --file Create grml-hwinfo-TIMESTAMP.tar.bz2 [default action]
+ -h, --help Display this help message
+ --output-directory <dir> Store output files in specified directory
+ --output-file <file> Store output in specified filename (tar.bz2 format)
+ "
+}
+
+CMDLINE_OPTS=output-directory:,output-file:,both,directory,file,help
+_opt_temp=$(getopt --name grml-hwinfo -o +bdfh --long $CMDLINE_OPTS -- "$@")
+if [ $? -ne 0 ]; then
+ echo "Try 'grml-hwinfo --help' for more information." >&2
+ exit 1
+fi
+eval set -- "$_opt_temp"
+
+while :; do
+ case "$1" in
+ --help|-h)
+ usage ; exit 0
+ ;;
+ --output-directory)
+ shift; OUTDIRNAME="$1"
+ GENERATE_DIRECTORY='1'
+ _opt_output_directory=true
+ $_opt_output_file && GENERATE_FILE='1' || GENERATE_FILE=''
+ ;;
+ --output-file)
+ shift; OUTFILE="$1"
+ GENERATE_FILE='1'
+ _opt_output_file=true
+ $_opt_output_directory && GENERATE_DIRECTORY='1' || GENERATE_DIRECTORY=''
+ ;;
+ -d|--directory)
+ GENERATE_DIRECTORY='1'
+ GENERATE_FILE=''
+ ;;
+ -f|--file)
+ GENERATE_DIRECTORY=''
+ GENERATE_FILE='1'
+ ;;
+ -b|--both)
+ GENERATE_DIRECTORY='1'
+ GENERATE_FILE='1'
+ ;;
+ --)
+ shift; break
+ ;;
+ *)
+ echo "Internal getopt error!" >&2
+ exit 1
+ ;;
+ esac
+ shift
+done
+
+# Generate output/temporary directory name & path, and output file path
+[ -n "$OUTDIRNAME" ] || OUTDIRNAME="grml-hwinfo-${DATE}"
+OUTDIR="${WORKING_DIR}/${OUTDIRNAME}"
+mkdir "${OUTDIR}" || { echo 'Directory "'${OUTDIR}'" already exists, aborting.'>&2 ; exit 1; }
+
+if [ -n "$GENERATE_FILE" ] ; then
+ [ -n "$OUTFILE" ] && OUTFILE_="$OUTFILE" || OUTFILE_="${OUTDIR}.tar.bz2"
+ [ -e "${OUTFILE_}" ] && { echo 'File "'${OUTFILE_}'" already exists, aborting.'>&2 ; rm -r "${OUTDIR}"; exit 1; }
+ OUTFILE=${OUTFILE_}
+ touch "${OUTFILE}"
fi
-if [ "$(id -u)" != 0 ] ; then
- NOTROOT=1
- echo "Notice: you are running $PN without root permissions! Not all information could be collected!"
- echo
+if [ "$(id -u)" != "0" ] ; then
+ NOTROOT=1
+ echo "W: Running without root permissions. Not all data will be collected."
fi
# check whether a binary is available and executable
exectest() {
-if [ -z "$1" ] ; then
- echo 'Usage: exectest <binary>'>&2
- return 1
-else
- test -e "$(which $1)" && return 0 || return 1
-fi
+ if [ -z "$1" ] ; then
+ echo 'Usage: exectest <binary>'>&2
+ return 1
+ else
+ if test -e "$(which $1)" ; then
+ return 0
+ else
+ grep -q "^$1"'$' missing_tools 2>/dev/null || echo "$1" >> missing_tools
+ return 1
+ fi
+ fi
}
# echo a list of all disks and their size
# taken from http://cvs.debian.org/fai/lib/disk-info
diskandsize() {
- local isdisk major minor blocks device suffix
- while read major minor blocks device suffix; do
- isdisk=1
- # skip ide cdrom
- [ -f /proc/ide/$device/media ] && grep -q cdrom /proc/ide/$device/media && isdisk=0
- [ "$isdisk" -eq 1 ] && echo "$device $blocks"
- done
+ local isdisk major minor blocks device suffix
+ while read major minor blocks device suffix; do
+ isdisk=1
+ # skip ide cdrom
+ [ -f /proc/ide/$device/media ] && grep -q cdrom /proc/ide/$device/media && isdisk=0
+ [ "$isdisk" -eq 1 ] && echo "$device $blocks"
+ done
}
list_disks() {
-# print only every second entry; used by disk_info
-i=0
-for ent in $@; do
+ # print only every second entry; used by disk_info
+ i=0
+ for ent in $@; do
if [ "$i" -eq 0 ]; then
- echo $ent
- i=1
+ echo $ent
+ i=1
else
- i=0
+ i=0
fi
-done
+ done
}
disk_info() {
- # the variable holds a space separated list of devices and their block size
- device_size=`grep -E ' cciss/c.d.$| ida/c.d.$| rd/c.d.$| hd.$| sd.$|/disc$' /proc/partitions | diskandsize`
- # a list of all local disks, without size
- disklist=`list_disks $device_size`
+ # the variable holds a space separated list of devices and their block size
+ device_size=`grep -E ' cciss/c.d.$| ida/c.d.$| rd/c.d.$| hd.$| sd.$|/disc$' /proc/partitions | diskandsize`
+ # a list of all local disks, without size
+ disklist=`list_disks $device_size`
}
-echo "Running grml-hwinfo ${VERSION} - collecting hardware information."
-echo "Please send feedback, bugreports, feature requests to Michael Prokop <mika@grml.org>."
-echo ""
-mkdir info || exit -1
+cd "${OUTDIR}" || exit 1
(
- cd info
-
- echo "Generating hardware information report using file $INFOFILE."
+ [ -n "$GENERATE_FILE" ] && echo "Output file: $OUTFILE"
+ [ -n "$GENERATE_DIRECTORY" ] && echo "Output directory: $OUTDIR"
+ echo
echo "This might take a few seconds/minutes. Please be patient..."
-# some sysinfo
+ # some sysinfo
date > date
if [ -r /etc/grml_version ] ; then
cat /etc/grml_version > grml_version
fi
uname -a > uname
-# disks / devices
+ # disks / devices
[ -f /proc/scsi/scsi ] && cat /proc/scsi/scsi > scsi
- (lspci; lspci -n) | sort > lspci
- [ -r /proc/bus/pnp ] && lspnp > lspnp
- [ -r /proc/bus/usb ] && lsusb > lsusb
+ exectest lspci && lspci -nn > lspci
cat /proc/partitions > partitions
- [ -r /proc/ide/ide?/hd?/geometry ] && grep . /proc/ide/ide?/hd?/geometry /dev/null | sed -e 's#/proc/ide/ide./##' > proc_ide
+ find /proc/ide/ -name geometry -exec grep . {} \; > proc_ide 2>/dev/null
df -h > df 2>/dev/null
- for i in free lsmod mount lsdev ; do
- exectest $i && $i > $i
+ for i in free lsmod mount lsdev lspnp lsusb ; do
+ exectest $i && $i > $i
done
+ swapon -s > swapon 2>swapon.error
-# proc stuff
+ # proc stuff
for i in cpuinfo interrupts cmdline devices dma fb iomem ioports \
mdstat meminfo modules mtrr pci version ; do
[ -r /proc/$i ] && cat /proc/$i > proc_$i
done
exectest sysdump && sysdump > sysdump 2>sysdump.error
-# for sysnet in `find /proc/sys/net/*/ -type f | grep -v flush`; do cat $sysnet >> sysnet ; done
-# log
+ # log
dmesg > dmesg.cur
-# hwinfo
+ # hwinfo
exectest discover && discover -v --type-summary --enable-bus all > discover 2> discover.2
exectest hwinfo && hwinfo log=hwinfo
+ exectest numactl && numactl --hardware > numactl
+ exectest x86info && x86info > x86info 2>x86info.2
-# net stuff
+ # net stuff
exectest ifconfig && ifconfig -v -a > ifconfig
exectest ip && ip route show > ip_route
exectest ip && ip link show > ip_link
exectest route && route -n > route
-# software
+ # software
if exectest dpkg ; then
- dpkg --get-selections > dpkg_get_selections
- COLUMNS=300 dpkg --list > dpkg_list
- COLUMNS=1000 dpkg -l linux-image-$UNAME | grep linux-image-$UNAME | tr -s ' ' > running_kernel
+ dpkg --get-selections > dpkg_get_selections
+ COLUMNS=300 dpkg --list > dpkg_list
fi
-# powermanagement
- exectest laptop-detect && laptop-detect 1>/dev/null 2>/dev/null && echo "0" > laptop_detected
- exectest acpi_available && acpi_available && cat /proc/acpi/info > acpi_info
- exectest acpi && acpi > acpi 2> acpi.error && acpi -v > acpi.version
- [ -r /proc/apm/ ] && apm > acpi
+ # power management
+ exectest laptop-detect && laptop-detect >/dev/null 2>/dev/null && echo "0" > laptop_detected
+ exectest acpi_available && acpi_available && cat /proc/acpi/info > acpi_info
+ exectest acpi && acpi > acpi 2> acpi.error && acpi -v > acpi.version
+ [ -r /proc/apm/ ] && apm > apm
-# kernel stuff
+ # kernel stuff
if [ -r /proc/config.gz ] ; then
- zcat /proc/config.gz > kernelconfig
+ zcat /proc/config.gz > kernelconfig
else
- [ -r /boot/config-$UNAME ] && cat /boot/config-$UNAME > kernelconfig
+ [ -r /boot/config-$UNAME ] && cat /boot/config-$UNAME > kernelconfig
fi
-# X stuff
+ exectest dpkg && COLUMNS=1000 dpkg -l linux-image-$UNAME 2>running_kernel.error \
+ | grep linux-image-$UNAME | tr -s ' ' > running_kernel 2>>running_kernel.error
+ dpkg -S /boot/vmlinuz-$(uname -r) >> running_kernel 2>>running_kernel.error
+
+ # X stuff
if [ -n "${DISPLAY}" ] ; then
- exectest xviddetect && xviddetect > xviddetect
- exectest xvidtune && xvidtune -show > xdivtune
- exectest xrandr && xrandr > xrandr
- exectest xdpyinfo && xdpyinfo > xdpyinfo
- X -version 1> x_version 2>&1
+ exectest xviddetect && xviddetect > xviddetect
+ exectest xvidtune && xvidtune -show > xdivtune
+ exectest xrandr && xrandr > xrandr
+ exectest xdpyinfo && xdpyinfo > xdpyinfo
+ X -version > x_version 2>&1
fi
for i in Xorg.0.log Xorg.7.log Xorg.8.log XFree86.0.log XFree86.7.log XFree86.8.log dmesg ; do
- cp /var/log/$i log_$i 2>/dev/null
+ cp /var/log/$i log_$i 2>/dev/null
done
cp /etc/X11/xorg.conf xorg.conf 2>/dev/null
cp /etc/modules modules 2>/dev/null
cp /etc/X11/XF86Config-4 XF86Config-4 2>/dev/null
-# not available:
-# sysinfo -class device -level all
+ # as root:
+ if [ -n "$NOTROOT" ] ; then
+ echo "not running as root" > root
+ else
+ echo "running as root" > root
+ disk_info
+ exectest sfdisk && sfdisk -d > sfdisk 2>sfdisk.error
+ exectest dmidecode && dmidecode > dmidecode
-# as root:
-if [ -n "$NOTROOT" ] ; then
- echo "not running as root" > root
-else
- echo "running as root" > root
- disk_info
- exectest sfdisk && sfdisk -d > sfdisk 2>sfdisk.error
- exectest ddcprobe && ddcprobe > ddcprobe
- exectest dmidecode && dmidecode > dmidecode
- for disk in $disklist; do
- exectest smartctl && smartctl -i /dev/$disk >> smartctl
- exectest hdparm && hdparm -iv /dev/$disk >> hdparm
- exectest fdisk && fdisk -lu /dev/$disk >> fdisk 2>>fdisk.error
- exectest parted && parted -s /dev/$disk print >> parted
- LC_ALL=C file -s /dev/$disk?* | grep -v ": empty" >> file_disk
- done
-fi
+ exectest dconf && dconf -o dconf
+
+ if [ -x /usr/share/doc/lm-sensors/examples/eeprom/decode-dimms.pl ] ; then
+ /usr/share/doc/lm-sensors/examples/eeprom/decode-dimms.pl > decode-dimms 2>decode-dimms.error
+ fi
+
+ # proxmox
+ exectest qm && qm list > qm 2>qm.error
+ # libvirt
+ exectest virsh && virsh list >virsh 2>virsh.error
+ # openvz
+ exectest vzlist && vzlist >vzlist 2>vzlist.error
+ # vserver
+ exectest vserver-stat && vserver-stat >vserver-stat 2>vserver-stat.error
+
+ exectest mdadm && mdadm --detail /dev/md[0-9]* >> mdadm 2>mdadm.error
+
+ # LVM
+ exectest pvs && pvs > pvs 2>pvs.error
+ exectest vgs && vgs > vgs 2>vgs.error
+ exectest lvs && lvs > lvs 2>lvs.error
+ exectest lvdisplay && lvdisplay > lvdisplay 2>lvdisplay.error
+
+ exectest dmsetup && dmsetup ls > dmsetup_ls 2>dmsetup_ls.error
+
+ for disk in $disklist; do
+ if exectest smartctl ; then
+ echo -e "smartctl -a /dev/${disk}:\n" >> smartctl
+ smartctl -a /dev/$disk >> smartctl
+ echo -e "\n\n" >> smartctl
+ fi
+
+ if exectest hdparm ; then
+ echo -e "hdparm -iv /dev/${disk}:\n" >> hdparm
+ hdparm -iv /dev/$disk >> hdparm
+ echo -e "\n\n" >> hdparm
+ fi
+
+ if exectest fdisk ; then
+ echo -e "fdisk -lu /dev/${disk}:\n" >> fdisk
+ fdisk -lu /dev/$disk >>fdisk 2>>fdisk.error
+ echo -e "\n\n" >> fdisk
+ fi
+
+ if exectest parted ; then
+ echo -e "parted -s /dev/${disk}:\n" >> parted
+ parted -s /dev/$disk print >> parted
+ echo -e "\n\n" >> parted
+ fi
+
+ if exectest sdparm ; then
+ echo -e "sdparm --all --long /dev/${disk}:\n" >> sdparm
+ sdparm --all --long /dev/$disk >> sdparm
+ echo -e "\n\n" >> sdparm
+ fi
+
+ file -s /dev/$disk?* | grep -v ": empty" >> file_disk
+ done
+ fi
)
-# finally create the tarball
-tar jcf $INFOFILE info/ && rm -Rf info/
+# get rid of empty files
+for file in *.error ; do
+ test -s $file || rm $file
+done
echo
-[ -r "$INFOFILE" ] && echo "$INFOFILE ($(ls -ahl $INFOFILE | awk '{print $5}')) has been generated."
-echo
+
+cd "${WORKING_DIR}"
+
+# create tarball
+if [ -n "$GENERATE_FILE" ] ; then
+ tar acf "${OUTFILE}" "${OUTDIRNAME}"
+ [ -r "$OUTFILE" ] && echo "$OUTFILE ("$(ls -ahl "$OUTFILE" | awk '{print $5}')") has been generated."
+fi
+
+# remove (temporary) output directory if needed, else keep it, as it doubles
+# as the real output directory.
+if [ -z "$GENERATE_DIRECTORY" ] ; then
+ rm -r "${OUTDIR}"
+else
+ [ -r "${OUTDIR}" ] && echo "${OUTDIR} has been generated."
+fi
+
+exit 0
## END OF FILE##################################################################