So I am having a rather strange issue that I cannot work out what could be the cause.
I have done some remodeling to the fog.man.reg file in that it selects the correct image to deploy based on various factors (Ie EFI/Legacy, 32/64bit, Previous Windows versions etc. ) of the previous installation and triggers the fog.download file to start the deployment automatically.
This seems to work fine until it comes to the deployment. Specifically, Win 11.
Now when the Windows 11 image is assigned it brings up the Failed to read back partitions. But if I assign the image directly instead of my auto-selection it works 100% . As I said Windows 10 works perfectly it just seems to be Windows 11.
Please see below :
This is my fog.man.reg file:
#!/bin/bash
. /usr/share/fog/lib/funcs.sh
clearScreen
displayBanner
disks=""
disk=""
hd=""
getHardDisk
sysman=""
sysproduct=""
sysversion=""
sysserial=""
sysuuid=""
systype=""
biosversion=""
biosvendor=""
biosdate=""
mbman=""
mbproductname=""
mbversion=""
mbserial=""
mbasset=""
cpuman=""
cpuversion=""
cpucurrent=""
cpumax=""
mem=""
hdinfo=""
caseman=""
casever=""
caseserial=""
caseasset=""
sysman64=""
sysproduct64=""
sysversion64=""
sysserial64=""
sysuuid64=""
systype64=""
biosversion64=""
biosvendor64=""
biosdate64=""
mbman64=""
mbproductname64=""
mbversion64=""
mbserial64=""
mbasset64=""
cpuman64=""
cpuversion64=""
cpucurrent64=""
cpumax64=""
mem64=""
hdinfo64=""
caseman64=""
casever64=""
caseserial64=""
caseasset64=""
dots "Using disk device"
echo $hd
echo " * Starting host registration"
echo ""
echo "********PLEASE NOTE CONNEX / PROLINE / MECER Z140C ARE NOT SUPPORTED**********"
echo ""
mac=$(getMACAddresses | base64)
sysuuid=$(dmidecode -s system-uuid)
sysuuid=${sysuuid,,}
sysuuid=$(echo $sysuuid | base64)
exists=$(curl -Lks --data "sysuuid=${sysuuid}&mac=$mac" ${web}service/man.hostexists.php 2>/dev/null)
dots "Getting previous installation details"
echo ""
# EXTRACT PREVIOUS WINDOWS VERSION
blkid_output=$(blkid)
windows_partitions=$(echo "$blkid_output" | grep -i 'TYPE="ntfs"' | cut -d':' -f1 | head -n1)
mkdir /mnt/ntfs
mount $windows_partitions /mnt/ntfs
reged -x mnt/ntfs/Windows/System32/config/SOFTWARE "HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows NT\\CurrentVersion" \\ /out.reg &> /dev/null || true
editionid=$(grep "EditionID" out.reg | tail -n 1 | awk -F= '{print $2}' | tr -d '"')
if [ -f /out.reg ]; then
currentbuild=$(grep CurrentBuild out.reg | head -n 1 | sed 's/[^0-9]//g')
# Function to determine the Windows version based on the build number
getWindowsVersion() {
build=$1
if ((build >= 7000 && build <= 8000)); then
echo "Windows 7"
elif ((build >= 9000 && build <= 9999)); then
echo "Windows 8"
elif ((build >= 10000 && build <= 20000)); then
echo "Windows 10"
elif ((build >= 22000 && build <= 23000)); then
echo "Windows 11"
else
echo "Unknown Windows Version"
fi
}
# Determine the Windows version based on the build number
version=$(getWindowsVersion $currentbuild)
echo ""
echo "Your previous Build was $currentbuild"
echo "Your current Windows version is $version"
echo "Your current Edition is $editionid"
echo "Your Windows Partition is $windows_partitions"
fi
bootmode=$(dmesg | grep "EFI v")
if [[ -z "$bootmode" ]]
then
bootmode="Legacy"
echo ""
echo "YOUR BOOT MODE IS LEGACY"
else
bootmode="EFI"
echo ""
echo "YOUR BOOT MODE IS UEFI"
fi
chiptype=$(arch)
if [[ $chiptype = "x86_64" ]]
then
chiptype="64"
else
chiptype="32"
fi
licensekey=$(tail -c+57 /sys/firmware/acpi/tables/MSDM)
deployimage=""
if [[ "$version" = *"Windows 7"* ]] && [[ "$bootmode" = *"Legacy"* ]]; then
#WIN10_LEG_32BIT_HOME
deployimage="5"
elif [[ "$version" = *"Windows 8"* ]] && [[ "$bootmode" = *"Legacy"* ]]; then
#WIN10_LEG_32BIT_HOME
deployimage="5"
elif [[ "$version" = *"Windows 10"* ]] && [[ "$chiptype" = *"64"* ]] && [[ "$bootmode" = *"Legacy"* ]] && [[ "$editionid" = *"Home"* ]]; then
#WIN10_LEG_64_HOME
deployimage="6"
elif [[ "$version" = *"Windows 10"* ]] && [[ "$chiptype" = *"64"* ]] && [[ "$bootmode" = *"EFI"* ]] && [[ "$editionid" = *"Home"* ]]; then
#WIN10_EFI_64_HOME
deployimage="1"
elif [[ "$version" = *"Windows 10"* ]] && [[ "$chiptype" = *"64"* ]] && [[ "$bootmode" = *"EFI"* ]] && [[ "$editionid" = *"Professional"* ]]; then
#WIN10_EFI_64_PRO
deployimage="2"
elif [[ "$version" = *"Windows 11"* ]] && [[ "$chiptype" = *"64"* ]] && [[ "$bootmode" = *"EFI"* ]] && [[ "$editionid" = *"Home"* ]]; then
#WIN11_EFI_64_HOME
deployimage="4"
elif [[ "$version" = *"Windows 11"* ]] && [[ "$chiptype" = *"64"* ]] && [[ "$bootmode" = *"EFI"* ]] && [[ "$editionid" = *"Professional"* ]]; then
#WIN11_EFI_64_PRO
deployimage="3"
else
#WIN10_EFI_64_HOME
deployimage="1"
fi
echo ""
echo "Your pre-selected image number is $deployimage"
echo ""
checkAndSet() {
local testvar="$1"
local onlynum="$2"
[[ -z $testvar ]] && return
if [[ $onlynum =~ [Tt][Rr][Uu][Ee] && $testvar =~ ^[0-9]+$ ]]; then
echo $testvar | base64
elif [[ $testvar =~ ^[0-9,]+$ ]]; then
echo $testvar | base64
else
return
fi
}
setIDs() {
local varVar="$1"
local str="$2"
local csvstyle="$3"
local dummy="$4"
local max="$5"
local res=""
local url=""
local oIFS=$IFS
local line=""
while [[ -z ${!varVar} ]]; do
# [[ $csvstyle =~ [Tt][Rr][Uu][Ee] ]] && echo -n " Enter the $str IDs separated with , to associate with computer (? for listing): " || echo -n " Enter the $str ID to associate with computer (? for listing): "
dummy=$deployimage
#read dummy
dummy=$(echo $dummy | sed -e 's/^,//' -e 's/,$//')
case $dummy in
[?])
url="${web}service/${str}listing.php"
clearScreen
res=$(echo -e $(curl -ks $url 2>/dev/null))
i=0
IFS=$'\n'
for line in $res; do
let i+=1
echo $line
if [[ $i -eq $max ]]; then
[[ $csvstyle =~ [Tt][Rr][Uu][Ee] ]] && echo -n " Press [Enter] to proceed or enter the $str IDs separated with , to associate with computer: " || echo -n " Press [Enter] to proceed or enter the $str ID to associate with computer: "
dummy=$deployimage
#read dummy
case $dummy in
[?]|"")
i=0
clearScreen
continue
;;
esac
case $csvstyle in
[Tt][Rr][Uu][Ee])
[[ $dummy =~ ^[0-9,]+$ ]] && printf -v "$varVar" $(checkAndSet $dummy) || setIDs "$varVar" "$str" "$csvstyle" "$dummy" "$max"
break
;;
*)
[[ $dummy =~ ^[0-9]+$ ]] && printf -v "$varVar" $(checkAndSet $dummy "true") || setIDs "$varVar" "$str" "$csvstyle" "$dummy" "$max"
break
;;
esac
i=0
dummy=$(echo $dummy | sed -e 's/^,//' -e 's/,$//')
clearScreen
fi
done
;;
""|0)
printf -v "$varVar" 0
;;
*)
dummy=$(echo $dummy | sed -e 's/^,//' -e 's/,$//')
[[ -z $dummy ]] && setIDs "$varVar" "$str" "$csvstyle" "$dummy" "$max"
case $csvstyle in
[Tt][Rr][Uu][Ee])
[[ $dummy =~ ^[0-9,]+$ ]] && printf -v "$varVar" $(checkAndSet $dummy) || setIDs "$varVar" "$str" "$csvstyle" "$dummy" "$max"
;;
*)
[[ $dummy =~ ^[0-9]+$ ]] && printf -v "$varVar" $(checkAndSet $dummy "true") || setIDs "$varVar" "$str" "$csvstyle" "$dummy" "$max"
;;
esac
;;
esac
done
IFS=$oIFS
}
[[ $exists != "#!ok" ]] && handleError "Unable to register host: $exists ($0)\n Args Passed: $* ****PLEASE CLEAR HOSTS****"
host=""
ip=""
productKey=""
imageid=""
primaryuser=""
other1=""
other2=""
blImage=""
blDoAddGroup=""
blDoAddSnapin=""
keyEnter=""
blDoAD=""
res=""
while [[ $res != "#!ok" ]]; do
echo -n " * Enter the Stockcode for this computer: "
read host
if [[ ${#host} -gt 15 ]]; then
host=${host:0:15}
echo " | Truncated to 15 characters: $host"
usleep 2000000
fi
host=$(echo $host | base64)
res=$(curl -Lks --data "host=$host" ${web}service/hostnameloop.php 2>/dev/null)
[[ $res != "#!ok" ]] && echo "$res"
done
imageid=""
setIDs "imageid" "image" "" "" 20
if [[ $(curl -Lks ${web}service/locationcheck.php 2>/dev/null) == "##" ]]; then
while [[ -z $askme ]]; do
#echo -n " Would you like to assign a location for this host? (y/N) "
askme="n"
case $askme in
[Nn]|[Nn][Oo]|"")
askme="N"
;;
[Yy]|[Yy][Ee][Ss])
setIDs "locationid" "location" "" "" 20
location64=$locationid
;;
*)
askme=""
echo " * Invalid input, please try again"
;;
esac
done
fi
askme=""
if [[ $(curl -Lks ${web}service/oucheck.php 2>/dev/null) == "##" ]]; then
while [[ -z $askme ]]; do
#echo -n " Would you like to assign an ou for this host? (y/N) "
askme="N"
case $askme in
[Nn]|[Nn][Oo]|"")
askme="N"
;;
[Yy]|[Yy][Ee][Ss])
setIDs "ouid" "ou" "" "" 20
ou64=$ouid
;;
*)
askme=""
echo " * Invalid input, please try again"
;;
esac
done
fi
askme=""
while [[ -z $askme ]]; do
#echo -n " Would you like to associate this host with groups? (y/N) "
askme="N"
case $askme in
[Nn]|[Nn][Oo]|"")
askme="N"
;;
[Yy]|[Yy][Ee][Ss])
setIDs "groupid" "group" "true" "" 20
group64=$groupid
;;
*)
askme=""
echo " * Invalid input, please try again"
;;
esac
done
askme=""
while [[ -z $askme ]]; do
#echo -n " Would you like to associate this host with snapins? (y/N) "
askme="Y"
case $askme in
[Nn]|[Nn][Oo]|"")
askme="N"
;;
[Yy]|[Yy][Ee][Ss])
setIDs "snapinid" "snapin" "true" "" 20
snapin64=$snapinid
;;
*)
askme=""
echo " * Invalid input, please try again"
;;
esac
done
askme=""
while [[ -z $askme ]]; do
#echo -n " Would you like to associate a product key to this host? (y/N) "
askme="N"
case $askme in
[Nn]|[Nn][Oo]|"")
askme="N"
;;
[Yy]|[Yy][Ee][Ss])
echo -n " * Enter the product key for this computer: "
read productKey
productKey=$(echo $productKey | base64)
;;
*)
askme=""
echo " * Invalid input, please try again"
;;
esac
done
askme=""
while [[ -z $askme ]]; do
#echo -n " Would you like this host to join a domain, (using default settings)? (y/N) "
askme="N"
case $askme in
[Nn]|[Nn][Oo]|"")
askme="N"
;;
[Yy]|[Yy][Ee][Ss])
blDoAD=$(echo -n 1 | base64)
askme="Y"
;;
*)
askme=""
echo " * Invalid input, please try again"
;;
esac
done
#echo -n " * Enter the primary user for this computer: "
#read primaryuser
#primaryuser=$(echo $primaryuser | base64)
#echo -n " * Enter the other tag #1 for this computer: "
#read other1
#other1=$(echo $other1 | base64)
#echo -n " * Enter the other tag #2 for this computer: "
#read other2
#other2=$(echo $other2 | base64)
#echo " * You entered all required information, "
askme=""
while [[ -z $askme ]]; do
#echo -n " Would you like to deploy image to this computer now? (y/N) "
askme="y"
case $askme in
[Nn]|[Nn][Oo]|"")
askme="N"
;;
[Yy]|[Yy][Ee][Ss])
tmp=""
ret=""
retry=3
while [[ $ret != "#!ok" && ! $retry -eq 0 ]]; do
echo " * Enter Username and Password"
echo -n " Username: "
read username
echo -n " Password: "
read -s password
user64=$(echo $username | tr -d '\012' | base64)
pass64=$(echo $password | tr -d '\012' | base64)
ret=$(curl -Lks --data "sysuuid=${sysuuid}&mac=$mac&username=$user64&password=$pass64" ${web}service/checkcredentials.php 2>/dev/null)
case $ret in
'#!ok')
echo
echo " * This host will reboot and deployment will start!"
ret=$tmp
realdoimage=$(echo -n 1 | base64)
break
;;
'#!il')
echo
echo " * Error: Invalid Login! ($retry remaining)"
let retry-=1
;;
esac
done
askme="Y"
;;
*)
askme=""
echo " * Invalid input, please try again"
;;
esac
done
dots "Attempting to register host"
res=""
while [[ -z $res ]]; do
res=$(curl -Lks --data "sysuuid=${sysuuid}&mac=$mac&advanced=$(echo -n 1 | base64)&host=$host&imageid=$imageid&primaryuser=$primaryuser&other1=$other1&other2=$other2&doimage=$realdoimage&doad=$blDoAD&location=$location64&username=$user64&groupid=$group64&snapinid=$snapin64&productKey=$productKey" ${web}service/auto.register.php 2>/dev/null)
echo "$res"
usleep 2000000
done
. /bin/fog.inventory
curl -X POST --data "host= $host" --data "stockcode= $host" --data "sysman= $sysman" --data "sysproduct= $sysproduct" --data "sysver= $sysversion" --data "sysserial= $sysserial" --data "sysuuid= $sysuuid" --data "systype= $systype" --data "cpuman= $cpuman" --data "cpuversion= $cpuversion" --data "cpumax= $cpumax" --data "mem= $mem" --data "harddisk= $hdinfo" --data "caseserial= $caseserial" --data "mac= $mac" --data "productkey= $productkey" --data "licensekey= $licensekey" --data "ip= $ip" --data "repaircode= $other2" --data "bootmode= $bootmode" --data "chiptype= $chiptype" ${web}service/fogmailer.php
echo -n ""
echo -n "**********THE INSTALLATION WILL START AUTOMATICALLY NO USER INPUT IS NEEDED*************"
echo -n ""
sysuuid=$(dmidecode -s system-uuid)
sysuuid=${sysuuid,,}switch
mac=$(getMACAddresses)
curl -Lks -o /tmp/hinfo.txt --data "sysuuid=${sysuuid}&mac=$mac" "${web}service/hostinfo.php" -A ''
[[ -f /tmp/hinfo.txt ]] && . /tmp/hinfo.txt
. /bin/fog.download
usleep 2000000