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| #!/usr/bin/ksh
#(@) DCT automatique sous Linux
# @version=S0F7
#
output=$PWD
cd ${0%/*}
script_dir=$PWD
cd $output
output=$( locale | awk -F '"' '/^LC_MESSAGES=/ { print $2; exit }' )
if [[ "${output#*.}" != "$output" ]]; then
iconv="| iconv -f ISO8859-1 -t ${output#*.}"
fi
LANG=C
PATH=/sbin:/usr/sbin:/usr/bin:/bin:/usr/symcli/bin:usr/sbin
umask 022
alias integer="typeset -i"
alias local="typeset"
alias echo="print -r -"
alias read="read -r"
alias fold="fold -s -w 130"
script_version=1.0
script_cksum=$( cksum $0 | awk '{ print $1, $2 }' )
script_datetime=$( chmod 755 $0; ls -l $0 )
execution_datetime=$( date +%Y-%m-%d" "%H:%M )
host=$( awk -F = '$1 == "HOSTNAME" { print $2 }' /etc/sysconfig/network )
oslevel=$( awk '/^Red Hat Enterprise Linux AS release/ { print $7 }' /etc/redhat-release )
case "$oslevel" in
3) tcp_wrappers_version=7.6-34; openssh_version=3.6.1p2-33.30.4; sudo_version=1.6.7p5-1;;
*) tcp_wrappers_version=7.6-37.2; openssh_version=3.9p1-8; sudo_version=1.6.7p5-30.1.3;;
esac
if [[ -f /etc/modprobe.conf ]]; then modules_conf=/etc/modprobe.conf; else modules_conf=/etc/modules.conf; fi
max_lines=24
tmp_file=$script_dir/DCT-$host.tmp # needed since large command outputs blow up this script's shell environment
HTML_file=$script_dir/DCT-$host.html
sudoers_file=/etc/sudoers
mailhost=[193.249.133.24]
is_commonbundle=no
if [[ -d /etc/signatures ]]
then
is_commonbundle=yes
soft_dir="/opt"
soft_dir_appli="/opt"
soft_sys_dir="/etc"
else
soft_dir="/exec"
soft_dir_appli="/exec/products"
soft_sys_dir="/system"
fi
function complete_xml_tags {
awk '{ line = $0; while ( line ~ /</ && line !~ />/ ) { getline; line = line $0 }; print line }'; }
function get_xml_attribute {
sed "s|^.* $1=\" *\([^\"]*\) *\".*\$|\1|"; }
function get_xml_attributes {
local format="$1"; shift
local regexp="^"
while [[ -n "$1" ]]; do
regexp="$regexp.* $1=\" *\([^\"]*\) *\""
shift
done
sed "s|$regexp.*\$|$format|"; }
###function select_xml_attribute {
### attribute=$1; attribute=${attribute%=*}
### value=$1; value=${value#*=}
### grep " $attribute=\" *$value *\""; }
function cat_if_exists {
if [[ -f "$1" ]]; then cat "$1"; else echo "*** $1 inexistant ***"; fi; }
function reduce_columns {
awk '
{ Label[++MaxRec] = $0
MC = length
if (MaxLen < MC)
MaxLen = MC
for (C = 1; C <= MC; C++)
if (substr($0, C, 1) != " ")
Space[C] = "N" }
END {
PrecSpace = " "
for (R = 1; R <= MaxRec; R++) {
for (C = 1; C <= MaxLen; C++) {
if (Space[C] == "N" || PrecSpace == "N")
printf "%s", substr (Label[R], C, 1)
PrecSpace = Space[C] }
printf "\n" } }'; }
function process_lines {
local name
local value
local comment
local command
local count_c
local count_l
while IFS=" " read id name value comment; do
if echo $id | grep -q "^#"; then
continue
fi
if [[ "$value" = "*" ]]; then
# write a title
echo "<h3 id=\"$id\">$name</h3>" >>$HTML_file
if [[ -n "$comment" ]]; then
echo "<p><i>($comment)</i><p>" >>$HTML_file
fi
else
# write a subtitle
echo "<h4 id=\"$id\">$name</h4>" >>$HTML_file
if [[ -n "$comment" ]]; then
echo "<p><i>($comment)</i><p>" >>$HTML_file
fi
eval echo "\"$name\"" $iconv
if [[ "$value" != "-" ]]; then
command=$( echo "$value" | awk '{ print $1 }' )
if whence $command >/dev/null 2>&1; then
{ eval "$value"; } 2>&1 | sed 's:\&:\&\;:g; s:<:\<\;:g; s:>:\>\;:g; s:#:\#\;:g' >$tmp_file
count_l=$( wc -l <$tmp_file )
count_c=$( wc -c <$tmp_file )
if (( count_c <= 1 )); then
echo "$value" | fold | sed '1 s|^|<pre><font color="#008833"># |; $ s|$|</font>|' >>$HTML_file
echo "*** pas de sortie standard ni erreur ***</pre>" >>$HTML_file
elif (( count_l <= max_lines )); then
echo "$value" | fold | sed '1 s|^|<pre><font color="#008833"># |; $ s|$|</font>|' >>$HTML_file
fold $tmp_file | sed '$s:$:</pre>:' >>$HTML_file
else
echo "$value" | fold | sed '1 s|^|<pre><font color="#008833"># </font><a href="javascript: ;" onclick="toggle(this.nextSibling)"><font color="#008833">|; $ s|$|</font></a><span class="oversize" style="display:none">|' >>$HTML_file
fold $tmp_file | sed '$s:$:</span></pre>:' >>$HTML_file
fi
else
echo "<pre>*** commande $command pas trouvée ***</pre>" >>$HTML_file
fi
fi
fi
done; }
function process_filesys {
output=$( dumpe2fs "$1" 2>/dev/null )
local DC=$( echo "$output" | awk '/^Filesystem created:/ { print $5, $4, $7 }' )
local FF=$( echo "$output" | sed '/^Filesystem features/ !d; s/^[^:]*: *//' )
local BC=$( echo "$output" | sed '/^Block count/ !d; s/^[^:]*: *//' )
local BS=$( echo "$output" | sed '/^Block size/ !d; s/^[^:]*: *//' )
if [[ -n "$BC" && -n "$BS" ]]; then local size_MB=$(( BS/512*BC/2048 )); fi
print "<tr><td>$1</td><td>$2</td><td>$DC</td><td>$FF</td><td>$size_MB</td><td>$BC</td><td>$BS</td></tr>" >>$HTML_file; }
function process_EMC_disks {
# In a "SYMCLI_OUTPUT_MODE=xml" context, "2>/dev/null" due to a bug that generates an empty line.
if whence symcfg >/dev/null 2>&1 && whence symdev >/dev/null 2>&1 && whence symmaskdb >/dev/null 2>&1; then
SYMCLI_OUTPUT_MODE=xml symcfg list 2>/dev/null |
sed '/<Symmetrix .* attachment="Local" / !d' | get_xml_attributes '\1 \2' id model |
while read sid model; do
print "<code>Symmetrix $model, numéro de série $sid</code>\n<table>\n<tr><th>Disque front end</th><th>Ports front end</th><th>Disques back end</th><th>Nº de rangée</th><th>Nº de device</th><th>Type de device</th><th>Taille en Mo</th></tr>" >>$HTML_file
(( size_total = 0 ))
SYMCLI_OUTPUT_MODE=xml symdev -sid $sid -v list 2>/dev/null | complete_xml_tags >$tmp_file
spacing=$( sed '/<Device pd_name=/ !d; q' $tmp_file | sed 's|^\( *\)<.*$|\1|' )
# There is a bug in SYMCLI 6.0.1.0 which causes the XML output of the following command to crash; so we use the text output. "-c1-16,24-" is not quite stable...
symmaskdb -host $host -sid $sid list capacity | sed '1,/^-/ d; /^$/ d; /^-/,$ d' | cut -c1-16,24- | while read symm_dev size front; do
tag=$( sed "/<Device pd_name=.* dev_name=\"$symm_dev\"/ !d" $tmp_file )
disk=$( echo "$tag" | get_xml_attribute pd_name )
disk=${disk##*/}
configuration=$( echo "$tag" | get_xml_attribute configuration )
front=$( echo "$front" | tr -d " " )
echo "$symm_dev $size $front $( echo $disk | sed 's:^\(.*[^0-9]\)\([0-9]*\):\1 \2:' ) $configuration"
done | sort -k 4,4 -k 5,5n | while read symm_dev size front disk_nonum disk_num configuration; do
(( size_total += size ))
disk=$disk_nonum$disk_num
front=$( echo "$front" | tr "," " " )
case "$configuration" in
*-5)
back=$(
sed "1,/<Device pd_name=.* dev_name=\"$symm_dev\"/ d; /^$spacing<\\/Device>/,$ d; /<Device dev_name=/ !d" $tmp_file |
get_xml_attribute dev_name |
while read symm_subdev; do
sed "1,/<Device pd_name=.* dev_name=\"$symm_subdev\"/ d; /^$spacing<\\/Device>/,$ d; /<Hyper director=/ !d" $tmp_file | get_xml_attributes '\1:\2\3' director interface tid
done )
;;
*)
back=$( sed "1,/<Device pd_name=.* dev_name=\"$symm_dev\"/ d; /^$spacing<\\/Device>/,$ d; /<Disk director=/ !d" $tmp_file | get_xml_attributes '\1:\2\3' director interface tid )
;;
esac
back=$( echo "$back" | sort | tr [:lower:] [:upper:] )
row=$( print "ibase=16\n$( echo "$back" | head -1 | cut -d ":" -f2 | cut -c 2- )/2 + 1" | bc -q )
back=$( echo $back )
echo "<tr><td>$disk</td><td>$front</td><td>$back</td><td>$row</td><td>$symm_dev</td><td>$configuration</td><td>$size</td></tr>" >>$HTML_file
done
print "</table>\n<code>Taille totale : $size_total Mo</code>" >>$HTML_file
done
else
echo "<pre>*** commande symcfg, symdev ou symmaskdb pas trouvée ***</pre>" >>$HTML_file
fi; }
function process_port {
local port_protocol=$1
local port=$( lsdev -C -r parent -l $port_protocol )
local output=$( lscfg -v -l $port )
local -l WWN_port=$( echo "$output" | grep "Network Address" | sed 's:^.*\.::' )
local driver_fileset=$( lsdev -C -F "subclass.type" -l $port )
local driver=${driver_fileset#*.}
driver_fileset=devices.$driver_fileset.rte
# On utilisera $driver au lieu de $driver_fileset pour garantir que le tableau soit imprimable en A4 à l'italienne.
local version_driver=$( lslpp -cLq $driver_fileset | cut -d ":" -f 3 )
local firmware=$( echo "$output" | grep "Device Specific.(Z9)" | sed 's|^.*Z9.\.*\.[[:alpha:]]*||g' )
local location=$( echo "$output" | awk "\$1 == \"$port\" { print \$2 }" | sed 's:\.: \. :g' )
local scsi_id=$( lsattr -E -l $port_protocol -a scsi_id -F value | sed 's:^0x::' )
scsi_id=${scsi_id}000
local domain_id=$( print "ib=16\n"$( echo $scsi_id | cut -c 1-2 | dd conv=ucase 2>/dev/null ) | bc )
local port_switch=$( print "ib=16\n"$( echo $scsi_id | cut -c 3-4 | dd conv=ucase 2>/dev/null ) | bc )
local found=no
local WWNs
local LUNs
local tape
local tapes=$( lsdev -C -r name -c tape -p $port_protocol | sed 's:^\(.*[^0-9]\)\([0-9]*\):\1 \2:' | sort -k1,1 -k2,2n | tr -d " " )
if [[ -n "$tapes" ]]; then
found=yes
WWNs=$( echo "$tapes" | while read tape; do lsattr -E -l $tape -a ww_name; done | awk '{ print $2 }' | sed 's:^0x::; s:$:<br>:; $ s:<br>$::' | tr -d "\n" )
LUNs=$( echo "$tapes" | while read tape; do lsattr -E -l $tape -a lun_id; done | awk '{ print $2 }' | sed 's:^0x::; s:\([0-9]\)0*$:\1<br>:; $ s:<br>$::' | tr -d "\n" )
tapes=$( echo "$tapes" | sed 's:$:<br>:; $ s:<br>$::' | tr -d "\n" )
echo "<tr><td>$tapes</td><td>$port</td><td>$WWN_port</td><td>$driver $version_driver</td><td>$firmware</td><td>$location</td><td>$domain_id</td><td>$port_switch</td><td>n/a</td><td colspan="2">$WWNs</td><td>$LUNs</td></tr>" >>$HTML_file
fi
if whence symmask >/dev/null 2>&1 && whence symmaskdb >/dev/null 2>&1; then
output=$( SYMCLI_OUTPUT_MODE=xml symmaskdb -wwn $WWN_port list devs 2>/dev/null | complete_xml_tags )
local unit=$( echo "$output" | grep "<symmetrix " | get_xml_attribute id )
if [[ -n "$unit" ]]; then
found=yes
output=$( echo "$output" | grep "<Device " )
local disks=$( echo "$output" | get_xml_attribute Pdev_name | sed 's:^/dev/::; s: *$:<br>:; $ s:<br>$::' | tr -d "\n" )
local symm_devs=$( echo "$output" | get_xml_attribute dev_name | tr -d " " | sed 's:$:<br>:; $ s:<br>$::' | tr -d "\n" )
local LUNs=$( echo "$output" | get_xml_attribute lun | tr -d " " | sed 's:$:<br>:; $ s:<br>$::' | tr -d "\n" )
output=$( SYMCLI_OUTPUT_MODE=xml symmask list hba 2>/dev/null | complete_xml_tags | sed "1,/<Host_HBA WWN=\"$WWN_port\"/ d; /<\\/Host_HBA>/,$ d" )
local port_unit=$( echo "$output" | get_xml_attribute director ):$( echo "$output" | get_xml_attribute port )
echo "<tr><td>$disks</td><td>$port</td><td>$WWN_port</td><td>$driver $version_driver</td><td>$firmware</td><td>$location</td><td>$domain_id</td><td>$port_switch</td><td>Symmetrix $unit</td><td>$port_unit</td><td>$symm_devs</td><td>$LUNs</td></tr>" >>$HTML_file
fi
fi
if [[ "$found" = no ]]; then
echo "<tr><td>–</td><td>$port</td><td>$WWN_port</td><td>$driver $version_driver</td><td>$firmware</td><td>$location</td><td>$domain_id</td><td>$port_switch</td><td>–</td><td>–</td><td>–</td><td>–</td></tr>" >>$HTML_file
fi; }
function process_if {
local IF=$1
local teamid=$2
if [[ -n "$2" ]]; then shift 2; local team=$*; fi
case $IF in
TEAM_VA*_)
output=$( sed "1,/^TEAM_ID=$teamid *\$/ d; /^TEAM_ID=/,\$ d; /^$IF/ !d" /etc/basp/team-* )
if=$( echo "$output" | awk -F = '$1 ~ /_NAME$/ { print $2 }' )
local address=$( echo "$output" | awk -F = '$1 ~ /_IP$/ { print $2 }' )
local mask=$( echo "$output" | awk -F = '$1 ~ /_NETMASK$/ { print $2 }' )
local broadcast=$( echo "$output" | awk -F = '$1 ~ /_BROADCAST$/ { print $2 }' )
###F local gateway=$( echo "$output" | awk -F = '$1 ~ /_GW$/ { print $2 }' )
local VLAN=$( echo "$output" | awk -F = '$1 ~ /_VLAN$/ { print $2 }' )
;;
bond*|eth*)
if=$IF
local location=$( lshw -disable scsi -businfo -C network | awk "\$2 == \"$if\" { print \$1 }" )
if [[ -f /proc/net/nicinfo/$if.info ]]; then # Not all NICs maintain such a file.
local driver=$( awk '$1 == "Driver_Name" { ORS = " "; print $2 } $1 == "Driver_Version" { print $2; exit }' /proc/net/nicinfo/$if.info )
local MAC_native=$( awk '$1 == "Permanent_HWaddr" { print $2; exit }' /proc/net/nicinfo/$if.info | tr -d : )
local firmware=$( awk '$1 == "Bootcode_Version" { print $2; exit }' /proc/net/nicinfo/$if.info )
local speed_duplex=$( awk '$1 == "Speed" { ORS = " "; print $2 } $1 == "Duplex" { print $2; exit }' /proc/net/nicinfo/$if.info ) ###F
else
local output=$( lshw -disable scsi -C network | sed "1,/[[:blank:]]logical name: $if\$/ d; /*-network:/,$ d" )
local configuration=$( echo "$output" | sed '/[[:space:]]configuration:/ !d; s/^[^:]*:[[:blank:]]//' | tr -d : )
local driver=$( echo "$configuration" | awk -F = 'BEGIN { RS = " "; ORS = " " } $1 == "driver" { print $2 } $1 == "driverversion" { print $2 }' )
if [[ -z "$driver" && -n "$location" ]]; then
local vendor_device=$( lspci -n -s ${location#pci@} | awk '{ print $4 }' )
local drivers=$( awk "\$2 ~ /^0x0*${vendor_device%:*}\$/ && \$3 ~ /^0x0*${vendor_device#*:}\$/ { print \$1 }" /lib/modules/$( uname -r )/modules.pcimap | sort -u )
if (( $( echo "$drivers" | wc -l ) > 1 )); then
driver=$( echo "$drivers" | while read driver; do if lsmod | grep -q "^$driver[[:blank:]]"; then echo $driver; fi; done )
fi
if [[ -z "$driver" ]]; then
driver=$drivers
fi
driver=$( echo $driver )
fi
local MAC_native=$( echo "$output" | sed '/[[:space:]]serial:/ !d; s/^[^:]*:[[:blank:]]//' | tr -d : )
local firmware=$( echo "$configuration" | awk -F = 'BEGIN { RS = " " } $1 == "firmware" { print $2 }' )
local speed_duplex=$( echo "$configuration" | awk -F = 'BEGIN { RS = " "; ORS = " " } $1 == "speed" { print $2 } $1 == "duplex" { print $2 }' ) ###F
if [[ -z "$speed_duplex" ]]; then
speed_duplex=$( ethtool $if | awk '/\tSpeed:/ { ORS = " "; print $2 } /\tDuplex:/ { print $2; exit }' )
fi
fi
local -l MAC_active=$( ifconfig $if | awk '/ HWaddr / { print $5 }' | tr -d : )
if grep -q '^BOOTPROTO="*dhcp"* *' /etc/sysconfig/network-scripts/ifcfg-$if; then
local address="(DHCP)"
else
local address=$( awk -F = '$1 == "IPADDR" { print $2; exit }' /etc/sysconfig/network-scripts/ifcfg-$if | tr -d "'\"" )
fi
local mask=$( awk -F = '$1 == "NETMASK" { print $2; exit }' /etc/sysconfig/network-scripts/ifcfg-$if | tr -d "'\"" )
local broadcast=$( awk -F = '$1 == "BROADCAST" { print $2; exit }' /etc/sysconfig/network-scripts/ifcfg-$if | tr -d "'\"" )
### local gateway=$( awk -F = '$1 == "GATEWAY" { print $2; exit }' /etc/sysconfig/network-scripts/ifcfg-$if | tr -d "'\"" )
local VLAN=$( echo $if | awk -F. '{print $2}' )
;;
esac
if [[ -n "$address" && "$address" != "(DHCP}" && -z "$broadcast" ]]; then
if [[ -z "$mask" ]]; then
mask="(default)"
broadcast="(default)"
else
old_IFS="$IFS"
IFS=". "
set -A mask_ $mask
set -A address_ $address
IFS="$old_IFS"
for i in 0 1 2 3; do
(( mask_[$i] ^= 255 ))
(( address_[$i] |= mask_[$i] ))
done
broadcast=${address_[0]}.${address_[1]}.${address_[2]}.${address_[3]}
fi
fi
IP_host=$( awk "\$1 == \"$address\" { print \$2; exit }" /etc/hosts )
case $IF in
TEAM_VA*_)
echo "<tr><td>$if</td><td colspan="6">Interface virtuelle sur le team BASP : $team</td><td>$IP_host</td><td>$address</td><td>$mask</td><td>$broadcast</td><td>$VLAN</td></tr>" >>$HTML_file
;;
bond*|eth*)
echo "<tr><td>$if</td><td>$MAC_native</td><td>$MAC_active</td><td>$driver</td><td>$firmware</td><td>$location</td><td>$speed_duplex</td><td>$IP_host</td><td>$address</td><td>$mask</td><td>$broadcast</td><td>$VLAN</td></tr>" >>$HTML_file
;;
esac; }
function process_product {
if [[ -n "$4" ]]; then
local data=$( echo "$4" | sed 's:$:<br>:; $ s:<br>$::' )
print "<tr><td rowspan=\"2\">$1</td><td>$2</td><td>$3</td></tr>\n<tr><td colspan=\"2\">$data</td></tr>" >>$HTML_file
else
print "<tr><td>$1</td><td>$2</td><td>$3</td></tr>" >>$HTML_file
fi; }
function find_inst_root { # Repérage de la racine d'installation d'un logiciel
local file=$1 # Nom du fichier a rechercher
local nodes_up=$2 # Nombre de niveaux a remonter pour atteindre la racine
shift 2 # Les autres arguments sont les repertoires possibles de recherche
find $* -name "$file" 2>/dev/null | \
awk -v nodes_up=$nodes_up -F / '{ for (I = 2; I <= NF-nodes_up; I++) printf "/"$I; printf "\n" }' |
sort 2>/dev/null |
head -1; }
function install_dirs {
rpm -ql "$1" 2>/dev/null |
awk '{
sub ("/[^/]*$", "") # removes the top level, like dirname
print }' |
sort -u |
awk '
BEGIN {
previous_node = "VIDE" }
{
if ( $0 !~ previous_node"/*" || previous_node == "/" ) { # Selects the lines that are no subdirectory of another
printf ", %s", $0
previous_node = $0 } }
END {
printf "\n" }' |
cut -c 3-; }
function send_mail {
local mailuser=$1
{ cat <<EOF
Subject: DCT $host
Content-Type: multipart/mixed; boundary="--@se@pa@ra@teur@"
----@se@pa@ra@teur@
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: 8bit
Ci-joint le relevé par mkdct.ksh de la machine $host.
Pour afficher la table des matières et activer le bouton,
ouvrir la pièce jointe dans un navigateur Web.
----@se@pa@ra@teur@
Content-Type: text/html; charset="iso-8859-1"; name="$title.html"
Content-Transfer-Encoding: 8bit
Content-Disposition: inline; filename="$title.html"
EOF
cat $HTML_file
cat <<EOF
----@se@pa@ra@teur@--
EOF
} | sendmail -v $mailuser@$mailhost; }
### MAIN ###
if [[ "$( id -un )" != root ]]; then
print "\nATTENTION :\nComme ce script n'est pas exécuté sous root, certaines informations peuvent manquer.\n"
fi
usage="Usage: $0 [-m recipient] utilization application GoRo\nwhere recipient is a mail recipient at francetelecom.com,\nand utilization is something like PROD, PREPROD, SECOURS\n"
while getopts m: option; do
case $option in
m) mailuser="$OPTARG"
shift 2
;;
?) print "$usage"
return 2
;;
esac
done
if [[ -z "$2" ]]; then
print "$usage"
exit 1
fi
utilization=$1
shift
application=$1
shift
GoRoCo=$1
title="DCT – $application $GoRoCo – $host $utilization – $( echo $execution_datetime | cut -d " " -f 1 )"
HTML_file="DCT_"$application"-"$GoRoCo"_"$host".html"
cat <<EOF >$HTML_file
<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/html4/strict.dtd">
<html>
<head>
<meta http-equiv=\"Content-Type\" content=\"text/html; charset=iso-8859-1\">
<title>$title</title>
<!-- execution_datetime=\"$execution_datetime\" -->
<!-- script_datetime=\"$script_datetime\" -->
<!-- script_cksum=\"$script_cksum\" -->
<!-- script_version=\"$script_version\" -->
<style type="text/css">
<!--
BODY { margin-top: .2in; margin-left: .2in; margin-right: .2in; margin-bottom: .2in; }
BODY, P, H1, H4, LI, UL, DIV, SPAN, TABLE { font-size: 10pt; }
H1, H2, H3, H4, H5 { font-family: Verdana, Arial, Helvetica, sans-serif; }
H2 { font-size: 12pt; font-weight: bold; }
H3 { font-size: 11pt; font-weight: bold; margin-top: 30pt; background: #FFFF99; }
PRE, TABLE { font-family: Courier, fixed, serif; }
TH, TD { border-style: none; border-width: 0pt; margin: 0pt; padding: 2pt; text-align: left; vertical-align: top; }
TH { background: #BBBBBB; }
TD { background: #DDDDDD; }
-->
</style>
<script language="JavaScript1.2" type="text/javascript">
<!--
var what = ' les résultats de plus de $max_lines lignes'
function toggleOversize(where) {
var elements = document.getElementsByTagName('SPAN')
if (where.value != 'Afficher'+what) {
for (i = 0; i < elements.length; i++) {
if (elements[i].className == 'oversize')
elements[i].style.display = 'none' }
where.value = 'Afficher'+what }
else {
for (i = 0; i < elements.length; i++) {
if (elements[i].className == 'oversize')
elements[i].style.display = 'inline' }
where.value = 'Masquer'+what } }
function toggle(what) {
if (what.style.display == 'none')
what.style.display = ''
else
what.style.display = 'none' }
function contentsObj(pid,plevel,ptitle) {
this.id = pid
this.level = plevel
this.title = ptitle }
function mkcontents() {
var tags = new Array('H3','H4')
var counters = new Array(0,0)
var contents = new Array()
for (i = 1; i < document.body.childNodes.length; i++) {
child = document.body.childNodes[i]
for (j = 0; j < tags.length; j++) {
if (child.tagName == tags[j]) {
counters[j]++
if ( j == 0 ) {
counters[1] = 0
child.firstChild.nodeValue = counters[0]+'. '+child.firstChild.nodeValue }
contents[contents.length] = new contentsObj(child.id,j,child.firstChild.nodeValue) } } }
contentsElement = document.getElementById('generatedContents')
for (i = 1; i < contents.length; i++) {
if (contents[i].level == 1) {
var numberSpc = document.createTextNode('\u00a0\u00a0\u00a0\u00a0\u00a0\u00a0\u00a0\u00a0')
contentsElement.appendChild(numberSpc) }
var numberLink = document.createElement('A')
numberLink.href = '#'+contents[i].id
var numberTxt = document.createTextNode(contents[i].title)
numberLink.appendChild(numberTxt)
contentsElement.appendChild(numberLink)
var numberBr = document.createElement('BR')
contentsElement.appendChild(numberBr) } }
-->
</script>
</head>
<body text=\"#000000\" link=\"#006600\" vlink=\"#669966\" alink=\"#990000\" onload="mkcontents()">
<p>À l'ouverture de ce document, les résultats de commandes dépassant $max_lines lignes sont masqués. Leur affichage peut être basculé globalement en cliquant sur le bouton ci-dessous, ou individuellement en cliquant sur la commande concernée.</p>
<p><input type="button" value="Afficher les résultats de plus de $max_lines lignes" onclick="toggleOversize(this)"></p>
<h2>$title</h2>
<h4 id="contents">Table des matières</h4>
<p id="generatedContents"></p>
EOF
{ cat <<EOF
hard Matériel *
arch Type d'architecture matérielle uname -i
machine Machine lshw -disable scsi -C system | sed '1 d; /description:/ d; s/width:/architecture:/; /-system:/,\$ d'
firmware BIOS lshw -disable scsi -C memory | sed '/ *\*-firmware/ d; /^ *\*-/,$ d'
proc Nombre de processeurs echo \$( lshw -C cpu | awk 'BEGIN{proc=0; ht=0}/-cpu/{proc++}/capabilities:.* ht/{ht++}END{if(ht > 0){print proc, "processeur(s) physique(s) avec support hyperthreading"}else{print proc, "processeur(s) physique(s) sans support hyperthreading"}}' ) En cas d'hyper-threading, un processeur physique fait office de deux processeurs logiques.
procprop Caractéristiques des processeurs awk '/cache size/ { print } /model name/ { print } /cpu MHz/ { print } /vendor_id/ { print }' /proc/cpuinfo | sort -ur
mem Taille totale de la mémoire awk '\$1 == "MemTotal:"' /proc/meminfo
swap Espaces d'échange cat /proc/swaps Taille(s) en Ko
adapter Contrôleurs d'E/S lshw -short -C communication,isapnp,network
hardpathpci Hiérarchie des dispositifs PCI lspci -tv
hardpath Hiérarchie des dispositifs lshw -short
periph Détails des dispositifs lshw
###F tape Bandes SCSI lsdev -C -c tape -s fcp
diskpart Disques et partitions fdisk -lu
disk Disques lshw -C disk Voir aussi syminq en complément.
#raiddisk Disques md RAID cat_if_exists /etc/raidtab Le RAID md est hors cadre de production standard.
syminq Disques SCSI par commande EMC² syminq
symdisk Disques sur baies Symmetrix - À finaliser. Pour le VCM, voir <a href="#symvcm">VCM sur baies Symmetrix</a>. Chaque disque front end (visible par le hôte) est composé de morceaux des disques back end (physiques à l'intérieur de la baie) énumérés. La rangée est la rangée physique des disques back end dans la baie.
EOF
} | process_lines
process_EMC_disks
{ cat <<EOF
symdiskpath Disques sur baies Symmetrix, par lien symmask list hba | sed '1,/^-/ d; /^\$/ d' | awk '{ print \$1 }' | while read WWN; do symmaskdb -wwn \$WWN list devs; done On y trouve également le nom Linux de chaque disque ainsi que son numéro de LUN. D'autre part, on y trouve, pour chaque lien, le nom Linux et le World Wide Name (WWN) du port local, ainsi que le numéro de série de la baie Symmetrix. Pour le WWN du port sur la baie Symmetrix, voir <a href="#hardpath">Hiérarchie des dispositifs</a>". Pour le VCM, voir <a href="#symvcm">VCM sur baies Symmetrix</a>.
#symvcm VCM sur baies Symmetrix symmask list hba A tester. La colonne </i><code>Identifier</code><i> contient le WWN du port local, la colonne </i><code>Physical Device Path</code><i> correspond au VCM.
symvcm VCM sur baies Symmetrix sympd list -vcm A tester. La colonne </i><code>Identifier</code><i> contient le WWN du port local, la colonne </i><code>Physical Device Path</code><i> correspond au VCM.
EOF
if whence powermt >/dev/null 2>&1; then
cat <<EOF
pp Chemins et ports PowerPath powermt display
ppdisk Disques PowerPath powermt display dev=all
EOF
else
cat <<EOF
pp PowerPath - Pas de configuration PowerPath détectée.
EOF
fi
if whence datapath >/dev/null 2>&1; then
cat <<EOF
ap Chemins Autopath lsvpcfg
apport Ports Autopath datapath query adapter
apdisk Disques Autopath datapath query device
EOF
else
cat <<EOF
ap Autopath - Pas de configuration Autopath détectée.
EOF
fi
cat <<EOF
fcnet Réseaux Fiber Channel *
fcport Ports Fiber Channel, bandes et disques - Le domain ID et le port sur le switch sont fiables uniquement quand la SCSI ID du switch suit l'usage DOSI.
EOF
} | process_lines
cat <<EOF >>$HTML_file
<table>
<tr><th colspan="6">Serveur local</th><th colspan="2">Switch</th><th colspan="4">Unité distante</th></tr>
<tr><th rowspan="2">Bandes ou<br>disques<br>(hors VCM)</th><th rowspan="2">Port</th><th rowspan="2">WWN du port</th><th rowspan="2">Driver et version</th><th rowspan="2">Vers. du microc.<br>de la carte</th><th rowspan="2">Emplacement</th><th rowspan="2">Domain ID</th><th rowspan="2">Nº du port</th><th rowspan="2">Désignation et<br>nº de série</th><th colspan="2">WWN des ports corr. aux bandes</th><th rowspan="2">LUNs corr.<br>aux bands<br>ou dsqus</th></tr>
<tr><th>Port</th><th>Nº des<br>devices corr.<br>aux disques</th></tr>
EOF
#lsdev -C -l "fscsi*" -r name | while read port_protocol; do process_port $port_protocol; done
cat <<EOF >>$HTML_file
</table>
EOF
{ cat <<EOF
#fcportprop Ports Fiber Channel, caractéristiques dynamiques lsdev -C -l "fscsi*" -r name | while read port_protocol; do port=\$( lsdev -C -r parent -l \$port_protocol ); print "\\n*** \$port ***\\n"; lsattr -E -l \$port; lsattr -E -l \$port_protocol; done A tester
diskspace Espace disques *
pv Appartenance des PV (disques sous LVM) aux VG (groupes de volumes) pvscan
vg Liste des VG vgdisplay -s | sed '/^$/ d'
activevg Liste des VG actifs vgdisplay -As | sed '/^$/ d'
EOF
vgdisplay -Ac | cut -d : -f 1 | sed '/^$/ d' | while read VG; do cat <<EOF
charvg$VG Caractéristiques du VG $VG vgdisplay -v $VG
EOF
done
cat <<EOF
filesys Systèmes de fichiers cat /etc/fstab
filesyschar Caractéristiques des systèmes de fichiers ext2 et ext3 -
EOF
} | process_lines
cat <<EOF >>$HTML_file
<table>
<tr><th>Système de fichiers</th><th>Label</th><th>Date de création</th><th>Caractéristiques</th><th>Taille<br>en Mo</th><th>Nombre<br>de blocs</th><th>Taille<br>des blocs<br></th></tr>
EOF
awk '$3=="ext2" || $3=="ext3" { print $1 }' /etc/fstab | while read FS; do
label=
if echo $FS | grep -q ^LABEL=; then
label=$( echo "$FS" | cut -d = -f 2 )
FS=$(
awk '{ print $4 }' /proc/partitions | while read dev; do
if [[ $( e2label /dev/$dev 2>/dev/null ) = "$label" ]]; then echo "/dev/$dev"; continue; fi
done )
fi
process_filesys "$FS" "$label"
done
cat <<EOF >>$HTML_file
</table>
EOF
{ cat <<EOF
#crashdump Paramètres de system crash dump -
# Platon ne créé pas de system crash dump
kernel Noyau *
kernelversion Version cat /proc/version
ker64 Noyau 32-bits ou 64-bits uname -m Le noyau est 64-bits quand la chaîne renvoyée par la commande se termine en </i><code>64</code><i>
#opt Options de lancement cat /proc/cmdline
tune Réglages cat /etc/sysctl.conf
module Configuration du chargement des modules cat $modules_conf
activemodule Modules actifs lsmod
service Services *
syslog Configuration du syslog cat /etc/syslog.conf
inittab Services démarrés avec le système chkconfig --list Les services sont lancés suivant le niveau de marche indiqué.
ipnet Réseaux IP *
#ethcfg Interfaces Ethernet et leur configuration persistante sed '/^ *eth[0-9]:/ !d; s|^ *\(eth[0-9]*\):.*$|\1|' /proc/net/dev | while read if ; do ethtool \$if ; done
ethcfg Interfaces Ethernet et leur configuration persistante
###F
EOF
} | process_lines
cat <<EOF >>$HTML_file
<table>
<tr><th>Inter-<br>face</th><th>Adresse MAC native</th><th>Adresse MAC active</th><th>Module du noyau et version</th><th>Vers. du microc.<br>de la carte</th><th>Emplacement</th><th>Vitesse et mode duplex</th><th>Nom IP</th><th>Adresse IP</th><th>Masque IP</th><th>Broadcast IP</th><th>VLAN</th></tr>
EOF
#lshw -disable scsi -short -C network | awk '$2 ~ /^eth/ { print $2 }' | while read if; do process_if $if; done
# sed '/^ *eth[0-9]:/ !d; s|^ *\(eth[0-9]*\):.*$|\1|' /proc/net/dev | while read if; do process_if $if; done
awk -F':' '/eth|bond/{print $1}' /proc/net/dev | while read if; do process_if $if; done
awk -F = '/^TEAM_ID=/ { teamid = $2; team = "" } /^TEAM_PA.*_NAME=/ { team = team" "$2 } /^TEAM_VA.*_NAME=/ { sub("NAME$", "", $1); print $1, teamid, team }' /etc/basp/team-* | while read if teamid team; do process_if $if $teamid $team; done
###F relever le role (0=primary, 1=standby)
cat <<EOF >>$HTML_file
</table>
EOF
{ cat <<EOF
routdefault Passerelle IP par défaut awk -F = '\$1 == "GATEWAY" { print \$2 }' /etc/sysconfig/network Il s'agit de la passerelle globale, non liée à une interface spécifique.
routstat Routes IP statiques cat_if_exists /etc/sysconfig/static-routes
# routdyn Routes IP dynamiques netstat -r
routdynno Routes IP dynamiques, sans résolution des noms IP netstat -rn
hosttab Table des hôtes IP cat /etc/hosts
hostresolv Ordre de résolution des noms IP if [[ -f /etc/nsswitch.conf ]]; then grep ^hosts: /etc/nsswitch.conf; fi
hostresolvdns Résolution des noms IP par DNS cat_if_exists /etc/resolv.conf
# ipstat Statistiques des interfaces IP netstat -i
#ipstatno Statistiques des interfaces IP, sans résolution des noms IP netstat -in
ipconfig Configuration des interfaces IP ifconfig -a
bonding Configuration bonding cat_if_exists /proc/net/bonding/bond*
vconfig Configuration VLAN cat_if_exists /proc/net/vlan/config
ntp Configuration NTP cat /etc/ntp.conf
hostsallow Filtrage TCP Wrappers positif cat_if_exists /etc/hosts.allow
hostsdeny Filtrage TCP Wrappers négatif cat_if_exists /etc/hosts.deny
sysenv Environnement système *
boot Menu des dispositifs proposés à l'amorçage cat /boot/grub/menu.lst
envvar Variables d'environnement grep ^umask /etc/profile; echo; cat_if_exists /etc/sysconfig/i18n
user Utilisateurs *
usergroup Groupes d'utilisateurs cat /etc/group
useraccount Comptes d'utilisateurs cat /etc/passwd
sudo Configuration sudo cat_if_exists $sudoers_file
crontab Crontabs de root et du système echo "root:"; crontab -l; for crontab in \$( find /etc/cron.d/* -prune -type f ); do echo "\$crontab:"; cat \$crontab; done
usercron Utilisateurs ayant droit au service cron cat /etc/cron.allow
userat Utilisateurs ayant droit au service at cat /etc/at.allow
soft Logiciels système *
oslevel Version de l'OS cat /etc/redhat-release
#maintlevel Niveau de maintenance de l'OS - Pas de correspondance en Linux
#maintlevelcomplete Niveaux de maintenance complets et incomplets - Pas de correspondance en Linux
rpm Packages RPM installés rpm -qa
# sisame Dont packages SISAME if output=\$( rpm -qi "tcp_wrappers-*" 2>/dev/null | awk '/^Version.*Vendor: Red Hat, Inc./ { version = \$3 } /^Release/ { if ( version != "" ) print version"-"\$3 }' ) && [[ ! "\$output" < "$tcp_wrappers_version" ]]; then echo "tcp_wrappers-\$output"; fi; if output=\$( rpm -qi "openssh-*" 2>/dev/null | awk '/^Version.*Vendor: Red Hat, Inc./ { version = \$3 } /^Release/ { if ( version != "" ) print version"-"\$3 }' ) && [[ ! "\$output" < "$openssh_version" ]]; then rpm -qa | grep ^openssh-; fi; if output=\$( rpm -qi "sudo-*" 2>/dev/null | awk '/^Version.*Vendor: Red Hat, Inc./ { version = \$3 } /^Release/ { if ( version != "" ) print version"-"\$3 }' ) && [[ ! "\$output" < "$sudo_version" ]]; then echo "sudo-\$output"; fi
sisame Dont packages SISAME for i in tcp_wrappers openssh sudo; do rpm -qi "\$i-*" | awk '/Name/{printf "%s ", \$3}/Version/{print \$3}' ; done
rpmintegr Incohérences parmi les packages RPM installés rpm -aV ok si pas de sortie standard
prod Produits *
prodsignsys Signatures des produits système ls -l ${soft_sys_dir}/signatures
prodsign Signatures des produits d'infrastructure ls -l ${soft_dir}/signatures
prodbase Répertoire d'installation des produits d'infrastructure ls -l ${soft_dir_appli}
prodgoroco GxRxCx des produits d'infrastructure cat_if_exists /exec/execonf/config.cfg
prodvers Version de quelques produits d'infrastructure -
EOF
} | process_lines
\rm $tmp_file
cat <<EOF >>$HTML_file
<table>
<tr><th rowspan="2">Produit</th><th>Version</th><th>Répertoire(s) d'installation</th></tr>
<tr><th colspan="2">Clé(s) d'activation (si applicable)</th></tr>
EOF
product="AMASS"
inst_root=$( find_inst_root aawin 4 ${soft_dir_appli}/amass )
version=$( awk -F= '$1=="VERS" { print $2 }' $inst_root/amass/PRODUCT_FILE 2>/dev/null )
if [[ -n "$version" ]]; then
process_product "$product" "$version" "$inst_root"
fi
product="Apache"
inst_root=$( find_inst_root httpd 2 ${soft_dir_appli}/apache )
version=$( $inst_root/bin/httpd -v 2>/dev/null | awk -F/ '/version/ { sub (" .*", "", $2) ; print $2 }' )
if [[ -n "$version" ]]; then
process_product "$product" "$version" "$inst_root"
fi
product="BEA Tuxedo"
inst_root=$( find_inst_root registry.xml 1 ${soft_dir_appli}/tuxedo )
if [[ -n "$inst_root" ]]; then
version=$( awk '/release level=/ { print $2 }' $inst_root/registry.xml | cut -d '"' -f 2 )
if [[ -n "$version" ]]; then
keys=
keys=$( grep -e '^\[.*\]$' -e '^EXPIRATION=' -e '^SIGNATURE=' $inst_root/udataobj/lic.txt 2>/dev/null )
process_product "$product" "$version" "$inst_root" "$keys"
fi
fi
product="BEA WebLogic"
package="weblogic-*"
inst_root=$( find_inst_root bea 1 ${soft_dir_appli}/weblogic )
if [[ -n "$inst_root" ]]; then
version=$( rpm -qi "$package" | awk -F':' '/Version/{print $2}' )
if [[ -n "$version" ]]; then
keys=$( cat $inst_root/bea/licen?e.bea )
process_product "$product" "$version" "$inst_root" "$keys"
fi
fi
product="BMC Patrol Agent"
inst_root=$( find_inst_root patrolrc.sh 2 ${soft_dir_appli}/patrol )
target=$( find $inst_root -name target 2>/dev/null | head -1 )
if [[ -x "$target" ]]; then
PatrolAgent=${target%/*}/$( $target )/bin/PatrolAgent
if [[ -x "$PatrolAgent" ]]; then
version=$( $PatrolAgent -v 2>&1 | awk '$1 == "PatrolAgent" { print $2, $6 }' | sed 's:^V::' )
keys=
keys=$( grep -E "^V[0-9]|^PASSWD" ${target%/*}/lib/license )
process_product "$product" "$version" "$inst_root" "$keys"
fi
if [[ -d ${target%/*}/lib/knowledge ]]; then
inst_root=${target%/*}/lib/knowledge
if [[ -f $inst_root/SW_SENTRY.km ]]; then
version=$( awk '$1 == "!release" { print $2; exit }' $inst_root/SW_SENTRY.km )
if [[ -f $inst_root/SW_CFT.km ]]; then
addon=" with CFT add-on"
else
addon=""
fi
process_product "- KM Sentry Application$addon" "$version" "$inst_root"
fi
if [[ -f $inst_root/SEN_BO_BLACKOUT.km ]]; then
version=$( awk '$1 == "!RELEASE" { print $2; exit }' $inst_root/SEN_BO_BLACKOUT.km )
process_product "- KM Sentry Blackout Manager" "$version" "$inst_root"
fi
if [[ -f $inst_root/UNI_UNIVERSE.km ]]; then
version=$( grep "KMU RELEASE" $inst_root/UNI_UNIVERSE.km | cut -d V -f 2 | cut -d \\ -f1 | sed 's:( :(:; s: ):):' )
process_product "- KM Dollar Universe" "$version" "$inst_root" "(clé voir Dollar Universe, ligne KMU)"
fi
if [[ -f $inst_root/ORACLE.km ]]; then
process_product "- KM Oracle" "Le script ayant créé ce document ne sait pas récupérer la version !" "$inst_root"
fi
fi
fi
product="BO WebIntelligence"
inst_root=$( find_inst_root SetUp 1 ${soft_dir_appli}/webi )
if [[ -n "$inst_root" ]]; then
version=$( awk '$1 == "version" { print $NF }' $inst_root/SetUp/WebiFileId.txt 2>/dev/null )
if [[ -n "$version" ]]; then
keys=
keys=$( cat $inst_root/SetUp/licence.txt )
process_product "$product" "$version" "$inst_root" "$keys"
fi
fi
product="EMC ControlCenter"
inst_root=$( awk -F = '$1 == "tools_path" { print $2 }' /var/emc/.eccrc 2>/dev/null )
if [[ -x $inst_root/exec/mstragent ]]; then
version=$( $inst_root/exec/mstragent -ver | awk '$1 == "VERS_EXTERNALID" && $2 == "=" { print $3 }' )
process_product "$product" "$version" "$inst_root"
fi
product="EMC PowerPath"
package=EMCpower.LINUX
inst_root=$( install_dirs $package )
if whence powermt >/dev/null 2>&1; then
version=$( powermt version | sed 's:^.*ersion \(.*\)$:\1:' )
keys=
keys=$( emcpreg -list 2>/dev/null | awk '$1 == "Key" { print $2 }' )
process_product "$product" "$version" "$inst_root" "$keys"
fi
product="EMC Solutions Enabler SYMCLI"
inst_root=$( ls -l /usr/symcli 2>/dev/null | sed 's:.*-> ::' )
if whence symcli >/dev/null 2>&1; then
version=$( SYMCLI_OUTPUT_MODE=xml symcli 2>/dev/null | grep "<SYMCLI " | get_xml_attribute version | sed 's|^V||; s|^v||' )
keys=
keys=$( cat /var/symapi/config/symapi_licenses.dat 2>/dev/null )
process_product "$product" "$version" "$inst_root" "$keys"
fi
product="IBM Tivoli Agent"
inst_root=${soft_dir_appli}/tma
if [[ -f $inst_root/lcf/dat/1/last.cfg ]]; then
versionPackage=$( awk -F= '$1=="lcfd_version" { print $2 }' $inst_root/lcf/dat/1/last.cfg )
case "$versionPackage" in
100)
version=3.7.1 ;;
410*)
version=4.1.0 ;;
*)
version= ;;
esac
if [[ -n "$version" ]]; then
process_product "$product" "$version" "$inst_root"
fi
fi
product="IBM WebSphere MQ<br>(ex-MQSeries)"
package="mqseries-*"
inst_root=$( install_dirs "$package" )
version=$( rpm -qi "$package" 2>/dev/null | awk -F: '/^Version/{ print $2 }' )
if [[ -n "$version" ]]; then
keys=""
if [[ -f /opt/mqm/lib/amqpcert.lic ]]; then
keys=$( awk -F= '$1 == "ProductPassword" { key = $2 } END { printf key " (permanente)" }' /opt/mqm/lib/amqpcert.lic )
elif [[ -f /opt/mqm/lib/amqtcert.lic ]]; then
keys=$( awk -F= '$1 == "ProductPassword" { key = $2 } $1 == "LicenseEndDate" { enddate = $2 } END { printf key " (temporaire -> " enddate ")" }' /opt/mqm/lib/amqtcert.lic )
fi
process_product "$product" "$version" "$inst_root" "$keys"
fi
product="JOnAs"
package="jonas-*"
inst_root=$( install_dirs "$package" )
if [[ -n "$inst_root" ]]; then
version=$( rpm -qi "$package" | awk -F':' '/Version/{print $2}' )
process_product "$product" "$version" "$inst_root"
fi
product="MySQL"
package="mysql-*"
inst_root=$( install_dirs "$package" )
if [[ -n "$inst_root" ]]; then
version=$( rpm -qi "$package" | awk -F':' '/Version/{print $2}' )
process_product "$product" "$version" "$inst_root"
fi
product="Veritas NetBackup"
inst_root=$( find_inst_root bpbackup 4 ${soft_dir_appli}/netback*/v* )
version=$( cat /usr/openv/netbackup/bin/version 2>/dev/null | awk '{ print $2 }' )
if [[ -n "$version" ]]; then
typeset -u label
type=Agent
sed 's/#.*//; /^[[:blank:]]*$/d' $inst_root/openv/netbackup/bp.conf | while read Ligne; do
label=$( echo "$Ligne" | sed "s/=/ = /" | awk '{ print $1 }' )
host=$( echo "$Ligne" | sed "s/=/ = /" | awk '{ print $3 }' )
[[ "$label" != SERVER ]] && continue
address=$( host $host 2>/dev/null | awk '{ sub(",.*", ""); print $NF}' )
[[ -z "$address" ]] && address=$host
if netstat -in | grep -q " $address "; then
# local address -> Slave (or Master)
type="Slave (or Master)"
break
fi
done
process_product "$product $type" "$version" "$inst_root"
fi
product="OmniVision"
inst_root=$( find_inst_root bin 1 ${soft_dir_appli}/OmniVision )
if [[ -n "$inst_root" ]]; then
version=$( awk '$2=="OMV_VERSION" { sub(".$", "") ; print $NF }' $inst_root/log/setup_install.log 2>/dev/null )
if [[ -z "$version" ]]; then
version=$( egrep -h " PI-OMV-.*-.*.SIG " $inst_root/Outils/InstallOMV.log $inst_root/OmniVision/Outils/InstallOMV.log \
2>/dev/null | sed "s/.*-OMV-//; s/-.*//; s/OMV//; s/C//; s/./&./g; s/\.\$//" )
fi
if [[ "$version" = "" ]]; then
ls /*/signatures/PI-OMV-*-*.SIG 2>/dev/null | while read FichSign
do
version=$( echo $FichSign | sed "s/.*-OMV-//; s/-.*//; s/OMV//; s/C//; s/./&./g; s/\.\$//" )
done
fi
[[ -z "$version" ]] && version="(non lisible)"
process_product "$product" "$version" "$inst_root"
fi
product="Oracle"
find ${soft_dir}/oracle -name oerr 2>/dev/null | while read file; do
inst_root=$( dirname $( dirname $file ) )
if [[ -x $inst_root/bin/exp ]]; then
version=$( $inst_root/bin/exp help=y 2>&1 | awk '/Release/ { sub (".*Release ", ""); sub (".0$", "", $1); print $1 }' )
process_product "$product" "$version" "$inst_root"
fi
done
product="Orsyp Dollar Universe"
bin=$( find_inst_root FTECOM 0 ${soft_dir}/dollaru )
if [[ -n "$bin" ]]; then
inst_root=${bin%/*}
version=$( $bin/exec/uxversion 2>/dev/null | awk '$1 == "Version" { print $2, $3 }' | sed 's:^v::' )
if [[ -n "$version" ]]; then
keys=
keys=$( grep -E "^[^#].*:DQM|^[^#].*:KMU|^[^#].*:UNI" $bin/mgr/u_fali01.txt )
process_product "$product" "$version" "$inst_root" "$keys"
fi
fi
product="Postgres SQL"
package="postgresql-*"
inst_root=$( install_dirs "$package" )
if [[ -n "$inst_root" ]]; then
version=$( rpm -qi "$package" | awk -F':' '/Version/{print $2}' )
process_product "$product" "$version" "$inst_root"
fi
product="SOPRA AetP"
inst_root=$( find_inst_root aepadm 2 ${soft_dir_appli}/aetp )
version=$( $inst_root/bin/adm3 2>/dev/null | sed "s/-.*//; s/.* //" )
if [[ -n "$version" ]]; then
keys=
worklist=$inst_root/dat/data/srginfo.cal
while [[ -n "$worklist" ]]; do
file=$( echo "$worklist" | awk '{ print $1 }' )
worklist=$( echo "$worklist" | awk '{ print $2 }' )
keys=$( awk '$1=="UTCMGA" { print $3 }' $file )
[[ -n "$keys" ]] && break
worklist=$( echo $worklist $( awk '$1 == "C" { print $4 }' $file ) )
done
process_product "$product" "$version" "$inst_root" "$keys"
fi
product="SOPRA CFT"
bin=$( find_inst_root CFTUTIL 0 ${soft_dir_appli}/cft )
inst_root=${bin%/*/*}
version=$( $bin about 2>/dev/null | awk '$1 ~ /^CFT/ && $2 == "Version" { print $3, "(" $4 ")" }' )
if [[ -n "$version" ]]; then
keys=
if [[ -f $inst_root/fildat/cft_parm.d ]]; then
keys=$( dd if=$inst_root/fildat/cft_parm.d ibs=1 skip=812 count=26 2>/dev/null; echo )
elif [[ -f $inst_root/fildat/cft_parm ]]; then
keys=$( dd if=$inst_root/fildat/cft_parm ibs=1 skip=2914 count=41 2>/dev/null; echo )
fi
process_product "$product" "$version" "$inst_root" "$keys"
fi
product="StreamWeaver"
inst_root=$( find_inst_root STREAMW.MSG 3 ${soft_dir_appli}/sw* )
version=$( grep version $inst_root/pbsssw/bin/STREAMW.MSG 2>/dev/null | sed "s:.*version ::; s: .*::" )
if [[ -n "$version" ]]; then
keys=
keys=$( grep PBSSTTY $inst_root/pbsssw/bin/swvrexe | sed -e 's/#.*//; /^ *$/d' -e 's/.*=//' )
process_product "$product" "$version" "$inst_root" "$keys"
fi
product="Time Navigator"
inst_root=$( find_inst_root Conf 1 ${soft_dir_appli}/tina )
version=$( awk '$1 == "version:" { print $2 }' $inst_root/Conf/version.txt 2>/dev/null )
if [[ -n "$version" ]]; then
process_product "$product" "$version" "$inst_root"
fi
cat <<EOF >>$HTML_file
</table>
</body>
</html>
EOF
if [[ -n "$mailuser" ]]; then
send_mail "$mailuser"
fi |
[shell] Comparer deux fichiers html
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