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Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

310
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#!/bin/bash
backup(){
echo_backup+=("🄱 🄰 🄲 🄺 🅄 🄿 🅂")
echo_backup+=("Number of backups was set to $number_of_backups")
date=$(date '+%Y_%m_%d_%H_%M_%S')
[[ "$verbose" == "true" ]] && cli -c 'app kubernetes backup_chart_releases backup_name=''"'HeavyScript_"$date"'"' &> /dev/null && echo_backup+=(HeavyScript_"$date")
[[ -z "$verbose" ]] && echo_backup+=("\nNew Backup Name:") && cli -c 'app kubernetes backup_chart_releases backup_name=''"'HeavyScript_"$date"'"' | tail -n 1 &> /dev/null && echo_backup+=(HeavyScript_"$date")
mapfile -t list_backups < <(cli -c 'app kubernetes list_backups' | grep -E "HeavyScript_|TrueTool_" | sort -t '_' -Vr -k2,7 | awk -F '|' '{print $2}'| tr -d " \t\r")
if [[ ${#list_backups[@]} -gt "$number_of_backups" ]]; then
echo_backup+=("\nDeleted the oldest backup(s) for exceeding limit:")
overflow=$(( ${#list_backups[@]} - "$number_of_backups" ))
mapfile -t list_overflow < <(cli -c 'app kubernetes list_backups' | grep -E "HeavyScript_|TrueTool_" | sort -t '_' -V -k2,7 | awk -F '|' '{print $2}'| tr -d " \t\r" | head -n "$overflow")
for i in "${list_overflow[@]}"
do
cli -c 'app kubernetes delete_backup backup_name=''"'"$i"'"' &> /dev/null || echo_backup+=("Failed to delete $i")
echo_backup+=("$i")
done
fi
#Dump the echo_array, ensures all output is in a neat order.
for i in "${echo_backup[@]}"
do
echo -e "$i"
done
echo
echo
}
export -f backup
deleteBackup(){
clear -x && echo "pulling all restore points.."
# shellcheck disable=SC2178
list_backups=$(cli -c 'app kubernetes list_backups' | sort -t '_' -Vr -k2,7 | tr -d " \t\r" | awk -F '|' '{print $2}' | nl -s ") " | column -t)
# shellcheck disable=SC2128
if [[ -z "$list_backups" ]]; then
echo "No restore points available"
exit
fi
#Select a restore point
while true
do
clear -x
title
echo -e "Choose a Restore Point to Delete\nThese may be out of order if they are not HeavyScript backups"
echo "$list_backups"
echo
echo "0) Exit"
read -rt 240 -p "Please type a number: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
restore_point=$(echo "$list_backups" | grep ^"$selection)" | awk '{print $2}')
if [[ $selection == 0 ]]; then
echo "Exiting.."
exit
elif [[ -z "$selection" ]]; then
echo "Your selection cannot be empty"
sleep 3
continue
elif [[ -z "$restore_point" ]]; then
echo "Invalid Selection: $selection, was not an option"
sleep 3
continue
fi
break # Break out of the loop if all of the If statement checks above are untrue
done
#Confirm deletion
while true
do
clear -x
echo -e "WARNING:\nYou CANNOT go back after deleting your restore point"
echo -e "\n\nYou have chosen:\n$restore_point\n\n"
read -rt 120 -p "Would you like to proceed with deletion? (y/N): " yesno || { echo -e "\nFailed to make a selection in time" ; exit; }
case $yesno in
[Yy] | [Yy][Ee][Ss])
echo -e "\nDeleting $restore_point"
cli -c 'app kubernetes delete_backup backup_name=''"'"$restore_point"'"' &>/dev/null || { echo "Failed to delete backup.."; exit; }
echo "Sucessfully deleted"
break
;;
[Nn] | [Nn][Oo])
echo "Exiting"
exit
;;
*)
echo "That was not an option, try again"
sleep 3
continue
;;
esac
done
#Check if there are more backups to delete
while true
do
read -rt 120 -p "Delete more backups? (y/N): " yesno || { echo -e "\nFailed to make a selection in time" ; exit; }
case $yesno in
[Yy] | [Yy][Ee][Ss])
break
;;
[Nn] | [Nn][Oo])
exit
;;
*)
echo "$yesno was not an option, try again"
sleep 2
continue
;;
esac
done
}
export -f deleteBackup
restore(){
clear -x && echo "pulling restore points.."
list_backups=$(cli -c 'app kubernetes list_backups' | grep -E "HeavyScript_|TrueTool_" | sort -t '_' -Vr -k2,7 | tr -d " \t\r" | awk -F '|' '{print $2}' | nl -s ") " | column -t)
if [[ -z "$list_backups" ]]; then
echo "No HeavyScript restore points available"
exit
fi
#Select a restore point
while true
do
clear -x
title
echo "Choose a Restore Point"
echo "$list_backups"
echo
echo "0) Exit"
read -rt 240 -p "Please type a number: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
restore_point=$(echo "$list_backups" | grep ^"$selection)" | awk '{print $2}')
if [[ $selection == 0 ]]; then
echo "Exiting.."
exit
elif [[ -z "$selection" ]]; then
echo "Your selection cannot be empty"
sleep 3
continue
elif [[ -z "$restore_point" ]]; then
echo "Invalid Selection: $selection, was not an option"
sleep 3
continue
fi
break
done
## Check to see if empty PVC data is present in any of the applications ##
# Find all pv_info.json files two subfolders deep with the restore point name
pool=$(cli -c 'app kubernetes config' | grep -E "pool\s\|" | awk -F '|' '{print $3}' | tr -d " \t\n\r")
files=$(find "$(find /mnt/"$pool"/ix-applications/backups -maxdepth 0 )" -name pv_info.json | grep "$restore_point");
# Iterate over the list of files
for file in $files; do
# Check if the file only contains {} subfolders
contents=$(cat "$file")
if [[ "$contents" == '{}' ]]; then
# Print the file if it meets the criterion
file=$(echo "$file" | awk -F '/' '{print $7}')
borked_array+=("${file}")
fi
done
# Grab applications that are supposed to have PVC data
mapfile -t apps_with_pvc < <(k3s kubectl get pvc -A | sort -u | awk '{print $1 "\t" $2 "\t" $4}' | sed "s/^0/ /" | awk '{print $1}' | cut -c 4-)
# Iterate over the list of applications with empty PVC data
# Unset the application if it is not supposed to have PVC data
index=0
for app in "${borked_array[@]}"; do
if ! printf '%s\0' "${apps_with_pvc[@]}" | grep -iFxqz "${app}" ; then
unset "borked_array[$index]"
else
borked=True
fi
((index++))
done
# If there is still empty PVC data, exit
if [[ $borked == True ]]; then
echo "Warning!:"
echo "The following applications have empty PVC data:"
for app in "${borked_array[@]}"; do
echo -e "$app"
done
echo "We have no choice but to exit"
echo "If you were to restore, you would lose all of your application data"
echo "If you are on Bluefin version: 22.12.0, and have not yet ran the patch, you will need to run it"
echo "Afterwards you will be able to create backups and restore them"
echo "This is a known ix-systems bug, and has nothing to do with HeavyScript"
exit
fi
## Check the restore point, and ensure it is the same version as the current system ##
# Boot Query
boot_query=$(cli -m csv -c 'system bootenv query created,realname')
# Get the date of system version and when it was updated
current_version=$(cli -m csv -c 'system version' | awk -F '-' '{print $3}')
when_updated=$(echo "$boot_query" | grep "$current_version",\
| awk -F ',' '{print $2}' | sed 's/[T|-]/_/g' | sed 's/:/_/g' | awk -F '_' '{print $1 $2 $3 $4 $5}')
# Get the date of the chosen restore point
restore_point_date=$(echo "$restore_point" | awk -F '_' '{print $2 $3 $4 $5 $6}' | tr -d "_")
# Grab previous version
previous_version=$(echo "$boot_query" | sort -nr | grep -A 1 "$current_version," | tail -n 1)
# Compare the dates
while (("$restore_point_date" < "$when_updated" ))
do
clear -x
echo "The restore point you have chosen is from an older version of Truenas Scale"
echo "This is not recommended, as it may cause issues with the system"
echo "Either that, or your systems date is incorrect.."
echo
echo "Current SCALE Information:"
echo "Version: $current_version"
echo "When Updated: $(echo "$restore_point" | awk -F '_' '{print $2 "-" $3 "-" $4}')"
echo
echo "Restore Point SCALE Information:"
echo "Version: $(echo "$previous_version" | awk -F ',' '{print $1}')"
echo "When Updated: $(echo "$previous_version" | awk -F ',' '{print $2}' | awk -F 'T' '{print $1}')"
echo
read -rt 120 -p "Would you like to proceed? (y/N): " yesno || { echo -e "\nFailed to make a selection in time" ; exit; }
case $yesno in
[Yy] | [Yy][Ee][Ss])
echo "Proceeding.."
sleep 3
break
;;
[Nn] | [Nn][Oo])
echo "Exiting"
exit
;;
*)
echo "That was not an option, try again"
sleep 3
continue
;;
esac
done
#Confirm restore
while true
do
clear -x
echo -e "WARNING:\nThis is NOT guranteed to work\nThis is ONLY supposed to be used as a LAST RESORT\nConsider rolling back your applications instead if possible"
echo -e "\n\nYou have chosen:\n$restore_point\n\n"
read -rt 120 -p "Would you like to proceed with restore? (y/N): " yesno || { echo -e "\nFailed to make a selection in time" ; exit; }
case $yesno in
[Yy] | [Yy][Ee][Ss])
pool=$(cli -c 'app kubernetes config' | grep -E "pool\s\|" | awk -F '|' '{print $3}' | tr -d " \t\n\r")
# Set mountpoints to legacy prior to restore, ensures correct properties for the are set
echo -e "\nSetting correct ZFS properties for application volumes.."
for pvc in $(zfs list -t filesystem -r "$pool"/ix-applications/releases -o name -H | grep "volumes/pvc")
do
if zfs set mountpoint=legacy "$pvc"; then
echo "Success for - \"$pvc\""
else
echo "Error: Setting properties for \"$pvc\", failed.."
fi
done
# Ensure readonly is turned off
if ! zfs set readonly=off "$pool"/ix-applications;then
echo -e "Error: Failed to set ZFS ReadOnly to \"off\""
echo -e "After the restore, attempt to run the following command manually:"
echo "zfs set readonly=off $pool/ix-applications"
fi
echo "Finished setting properties.."
# Beginning snapshot restore
echo -e "\nStarting restore, this will take a LONG time."
if ! cli -c 'app kubernetes restore_backup backup_name=''"'"$restore_point"'"'; then
echo "Restore failed, exiting.."
exit 1
fi
exit
;;
[Nn] | [Nn][Oo])
echo "Exiting"
exit
;;
*)
echo "That was not an option, try again"
sleep 3
continue
;;
esac
done
}
export -f restore

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#!/bin/bash
cmd_to_container(){
app_name=$(k3s crictl pods -s ready --namespace ix | sed -E 's/[[:space:]]([0-9]*|About)[a-z0-9 ]{5,12}ago[[:space:]]//' | sed '1d' | awk '{print $4}' | cut -c4- | sort -u | nl -s ") " | column -t)
while true
do
clear -x
title
echo "Command to Container Menu"
echo "-------------------------"
echo "$app_name"
echo
echo "0) Exit"
read -rt 120 -p "Please type a number: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
if [[ $selection == 0 ]]; then
echo "Exiting.."
exit
elif ! echo -e "$app_name" | grep -qs ^"$selection)" ; then
echo "Error: \"$selection\" was not an option.. Try again"
sleep 3
continue
else
break
fi
done
rm cont_file 2> /dev/null
app_name=$(echo -e "$app_name" | grep ^"$selection)" | awk '{print $2}')
mapfile -t pod_id < <(k3s crictl pods -s ready --namespace ix | grep -v "[[:space:]]svclb-" | grep -E "[[:space:]]ix-${app_name}[[:space:]]" | awk '{print $1}')
search=$(k3s crictl ps -a -s running | sed -E 's/[[:space:]]([0-9]*|About)[a-z0-9 ]{5,12}ago[[:space:]]//')
for pod in "${pod_id[@]}"
do
echo "$search" | grep "$pod" >> cont_file
done
mapfile -t containers < <(sort -u cont_file 2> /dev/null)
case "${#containers[@]}" in
0)
echo -e "No containers available\nAre you sure the application in running?"
exit
;;
1)
container=$(grep "${pod_id[0]}" cont_file | awk '{print $4}')
container_id=$(grep -E "[[:space:]]${container}[[:space:]]" cont_file | awk '{print $1}')
;;
*)
while true
do
clear -x
title
echo "Available Containers"
echo "--------------------"
cont_search=$(
for i in "${containers[@]}"
do
echo "$i" | awk '{print $4}'
done | nl -s ") " | column -t
)
echo "$cont_search"
echo
echo "0) Exit"
read -rt 120 -p "Choose a container by number: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
if [[ $selection == 0 ]]; then
echo "Exiting.."
exit
elif ! echo -e "$cont_search" | grep -qs ^"$selection)" ; then
echo "Error: \"$selection\" was not an option.. Try again"
sleep 3
continue
else
break
fi
done
container=$(echo "$cont_search" | grep ^"$selection)" | awk '{print $2}')
container_id=$(grep -E "[[:space:]]${container}[[:space:]]" cont_file | awk '{print $1}')
;;
esac
while true
do
clear -x
title
echo "App Name: $app_name"
echo "Container: $container"
echo
echo "1) Run a single command"
echo "2) Open Shell"
echo
echo "0) Exit"
read -rt 120 -p "Please choose an option: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
case $selection in
0)
echo "Exiting.."
exit
;;
1)
clear -x
title
read -rt 500 -p "What command do you want to run?: " command || { echo -e "\nFailed to make a selection in time" ; exit; }
# shellcheck disable=SC2086
# Quoting $command as suggested, causes the k3s command to fail
k3s crictl exec -it "$container_id" $command
break
;;
2)
clear -x
title
if ! k3s crictl exec -it "$container_id" /bin/bash 2>/dev/null; then
k3s crictl exec -it "$container_id" /bin/sh 2>/dev/null || echo "This container does not accept shell access, try a different one."
fi
break
;;
*)
echo "That was not an option.. Try again"
sleep 3
;;
esac
done
rm cont_file 2> /dev/null
}
export -f cmd_to_container

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#!/bin/bash
dns(){
clear -x
echo "Generating DNS Names.."
# Pulling pod names
k3s crictl pods --namespace ix -s Ready | sed -E 's/[[:space:]]([0-9]*|About)[a-z0-9 ]{5,12}ago[[:space:]]//' | grep -v 'svclb-' | sed '1d' >> dns_file
mapfile -t ix_name_array < <(< dns_file awk '{print $4}' | sort -u )
# Pulling all ports
all_ports=$(k3s kubectl get service -A)
clear -x
count=0
for i in "${ix_name_array[@]}"
do
[[ count -le 0 ]] && echo -e "\n" && ((count++))
full_app_name=$(grep -E "\s$i\s" "dns_file" | awk '{print $3}' | sed 's/-[^-]*-[^-]*$//' | sed 's/-0//' | head -n 1)
app_name=$(echo "$i" | cut -c 4-)
port=$(echo "$all_ports" | grep -E "\s$full_app_name\s" | awk '{print $6}' | grep -Eo "^[[:digit:]]+{1}")
echo -e "$app_name $full_app_name.$i.svc.cluster.local $port"
done | nl -s ") " -b t | sed '0,/\s\s\s/{s/\s\s\s/- ---- -------- ----/}'| column -t -N "#,Name,DNS_Name,Port"
rm dns_file
}
export -f dns

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#!/bin/bash
menu(){
clear -x
title
echo "Available Utilities"
echo "-------------------"
echo "1) Help"
echo "2) List DNS Names"
echo "3) Mount and Unmount PVC storage"
echo "4) Backup Options"
echo "5) Update HeavyScript"
echo "6) Update Applications"
echo "7) Command to Container"
echo "8) Patch 22.12.0"
echo "9) Patch 22.12.0 (2)"
echo
echo "0) Exit"
read -rt 120 -p "Please select an option by number: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
case $selection in
0)
echo "Exiting.."
exit
;;
1)
help
;;
2)
dns
;;
3)
mount
;;
4)
while [[ $backup_selection != true ]]
do
clear -x
title
echo "Backup Menu"
echo "-----------"
echo "1) Create Backup"
echo "2) Delete Backup"
echo "3) Restore Backup"
echo
echo "0) Exit"
read -rt 120 -p "Please select an option by number: " backup_selection || { echo -e "\nFailed to make a selection in time" ; exit; }
case $backup_selection in
0)
echo "Exiting.."
exit
;;
1)
read -rt 120 -p "What is the maximun number of backups you would like?: " number_of_backups || { echo -e "\nFailed to make a selection in time" ; exit; }
! [[ $number_of_backups =~ ^[0-9]+$ ]] && echo -e "Error: The input must be an interger\n\"""$number_of_backups""\" is not an interger" >&2 && exit
[[ "$number_of_backups" -le 0 ]] && echo "Error: Number of backups is required to be at least 1" && exit
backup_selection=true
;;
2)
backup_selection=true
deleteBackup
;;
3)
backup_selection=true
restore
;;
*)
echo "\"$selection\" was not an option, please try agian" && sleep 3 && continue
;;
esac
done
;;
5)
self_update
;;
6)
script_create
;;
7)
cmd_to_container
;;
8)
patch_2212_backups
;;
9)
patch_2212_backups2
;;
*)
echo "\"$selection\" was not an option, please try agian" && sleep 3 && menu
;;
esac
echo
}
export -f menu

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#!/bin/bash
sync(){
echo_sync+=("🅂 🅈 🄽 🄲")
cli -c 'app catalog sync_all' &> /dev/null && echo_sync+=("Catalog sync complete")
#Dump the echo_array, ensures all output is in a neat order.
for i in "${echo_sync[@]}"
do
echo -e "$i"
done
echo
echo
}
export -f sync
prune(){
echo -e "🄿 🅁 🅄 🄽 🄴"
version="$(cli -c 'system version' | awk -F '-' '{print $3}' | awk -F '.' '{print $1 $2}' | tr -d " \t\r\.")"
if (( "$version" >= 2212 )); then
if ! cli -c 'app container config prune prune_options={"remove_unused_images": true, "remove_stopped_containers": true}' | head -n -4; then
echo "Failed to Prune Docker Images"
fi
else
if ! docker image prune -af | grep "^Total"; then
echo "Failed to Prune Docker Images"
fi
fi
}
export -f prune
title(){
echo ' _ _ _____ _ _ '
echo '| | | | / ___| (_) | | '
echo '| |_| | ___ __ ___ ___ _\ `--. ___ _ __ _ _ __ | |_'
echo "| _ |/ _ \/ _\` \ \ / / | | |\`--. \/ __| '__| | '_ \| __|"
echo '| | | | __/ (_| |\ V /| |_| /\__/ / (__| | | | |_) | |_ '
echo '\_| |_/\___|\__,_| \_/ \__, \____/ \___|_| |_| .__/ \__|'
echo ' __/ | | | '
echo ' |___/ |_| '
echo "$hs_version"
echo
}
export -f title
help(){
[[ $help == "true" ]] && clear -x
echo "Access the HeavyScript Menu"
echo "---------------------------"
echo "bash heavy_script.sh"
echo
echo "Utilities"
echo "---------"
echo "--mount | Initiates mounting feature, choose between unmounting and mounting PVC data"
echo "--restore | Opens a menu to restore a \"heavy_script\" backup that was taken on your \"ix-applications\" dataset"
echo "--delete-backup | Opens a menu to delete backups on your system"
echo "--dns | list all of your applications DNS names and their web ports"
echo "--cmd | Open a shell for one of your applications"
echo
echo "Update Types"
echo "------------"
echo "-U | Update all applications, ignores versions"
echo "-U 5 | Same as above, but updates 5 applications at one time"
echo "-u | Update all applications, does not update Major releases"
echo "-u 5 | Same as above, but updates 5 applications at one time"
echo
echo "Update Options"
echo "--------------"
echo "-r | Roll-back applications if they fail to update"
echo "-i | Add application to ignore list, one by one, see example below."
echo "-S | Shutdown applications prior to updating"
echo "-v | verbose output"
echo "-t 500| The amount of time HS will wait for an application to be ACTIVE. Defaults to 500 seconds"
echo
echo "Additional Options"
echo "------------------"
echo "-b 14 | Back-up your ix-applications dataset, specify a number after -b"
echo "-s | sync catalog"
echo "-p | Prune unused/old docker images"
echo "--ignore-img | Ignore container image updates"
echo "--self-update | Updates HeavyScript prior to running any other commands"
echo
echo "Examples"
echo "--------"
echo "bash heavy_script.sh"
echo "bash heavy_script.sh -b 14 -i portainer -i arch -i sonarr -t 600 -vrsUp --self-update"
echo "bash heavy_script.sh -b 14 -i portainer -i arch -i sonarr -t 600 -vrsp -U 10 --self-update"
echo "bash /mnt/tank/scripts/heavy_script.sh -t 150 --mount"
echo "bash /mnt/tank/scripts/heavy_script.sh --dns"
echo "bash heavy_script.sh --restore"
echo "bash /mnt/tank/scripts/heavy_script.sh --delete-backup"
echo
exit
}
export -f help
patch_2212_backups(){
clear -x
#Check TrueNAS version, skip if not 22.12.0
if ! [ "$(cli -m csv -c 'system version' | awk -F '-' '{print $3}')" == "22.12.0" ]; then
echo "This patch does not apply to your version of TrueNAS"
return
fi
#Description
echo "This patch will fix the issue with backups not restoring properly"
echo "Due to Ix-Systems not saving PVC in backups, this patch will fix that"
echo "Otherwise backups will not restore properly"
echo "You only need to run this patch once, it will not run again"
echo
#Download patch
echo "Downloading Backup Patch"
if ! wget -q https://github.com/truecharts/truetool/raw/main/hotpatch/2212/HP1.patch; then
echo "Failed to download Backup Patch"
exit
else
echo "Downloaded Backup Patch"
fi
echo
# Apply patch
echo "Applying Backup Patch"
if patch -N --reject-file=/dev/null -s -p0 -d /usr/lib/python3/dist-packages/middlewared/ < HP1.patch &>/dev/null; then
echo "Backup Patch applied"
rm -rf HP1.patch
else
echo "Backup Patch already applied"
rm -rf HP1.patch
exit
fi
echo
#Restart middlewared
while true
do
echo "We need to restart middlewared to finish the patch"
echo "This will cause a short downtime for some minor services approximately 10-30 seconds"
echo "Applications should not be affected"
read -rt 120 -p "Would you like to proceed? (y/N): " yesno || { echo -e "\nFailed to make a selection in time" ; exit; }
case $yesno in
[Yy] | [Yy][Ee][Ss])
echo "Restarting middlewared"
service middlewared restart &
wait $!
echo "Restarted middlewared"
echo "You are set, there is no need to run this patch again"
break
;;
[Nn] | [Nn][Oo])
echo "Exiting"
echo "Please restart middlewared manually"
echo "You can do: service middlewared restart"
exit
;;
*)
echo "That was not an option, try again"
sleep 3
continue
;;
esac
done
}
patch_2212_backups2(){
clear -x
#Check TrueNAS version, skip if not 22.12.0
if ! [ "$(cli -m csv -c 'system version' | awk -F '-' '{print $3}')" == "22.12.0" ]; then
echo "This patch does not apply to your version of TrueNAS"
return
fi
#Description
echo "This patch will fix the issue certain applicattions breaking backups"
echo "You only need to run this patch once, it will not run again"
echo
# Apply patch
echo "Applying Backup Patch"
if patch -N --reject-file=/dev/null -s -p0 /usr/lib/python3/dist-packages/middlewared/plugins/kubernetes_linux/backup.py < patches/backups.patch &>/dev/null; then
echo "Backup Patch applied"
else
echo "Backup Patch already applied"
exit
fi
echo
#Restart middlewared
while true
do
echo "We need to restart middlewared to finish the patch"
echo "This will cause a short downtime for some minor services approximately 10-30 seconds"
echo "Applications should not be affected"
read -rt 120 -p "Would you like to proceed? (y/N): " yesno || { echo -e "\nFailed to make a selection in time" ; exit; }
case $yesno in
[Yy] | [Yy][Ee][Ss])
echo "Restarting middlewared"
service middlewared restart &
wait $!
echo "Restarted middlewared"
echo "You are set, there is no need to run this patch again"
break
;;
[Nn] | [Nn][Oo])
echo "Exiting"
echo "Please restart middlewared manually"
echo "You can do: service middlewared restart"
exit
;;
*)
echo "That was not an option, try again"
sleep 3
continue
;;
esac
done
}

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#!/bin/bash
mount(){
pool=$(cli -c 'app kubernetes config' | grep -E "pool\s\|" | awk -F '|' '{print $3}' | tr -d " \t\n\r")
while true
do
clear -x
title
echo "PVC Mount Menu"
echo "--------------"
echo "1) Mount"
echo "2) Unmount All"
echo
echo "0) Exit"
read -rt 120 -p "Please type a number: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
case $selection in
0)
echo "Exiting.."
exit
;;
1)
call=$(k3s kubectl get pvc -A | sort -u | awk '{print $1 "\t" $2 "\t" $4}' | sed "s/^0/ /")
mount_list=$(echo "$call" | sed 1d | nl -s ") ")
mount_title=$(echo "$call" | head -n 1)
list=$(echo -e "# $mount_title\n$mount_list" | column -t)
while true
do
clear -x
title
echo "$list"
echo
echo "0) Exit"
read -rt 120 -p "Please type a number: " selection || { echo -e "\nFailed to make a selection in time" ; exit; }
#Check for valid selection. If no issues, continue
[[ $selection == 0 ]] && echo "Exiting.." && exit
app=$(echo -e "$list" | grep ^"$selection)" | awk '{print $2}' | cut -c 4- )
[[ -z "$app" ]] && echo "Invalid Selection: $selection, was not an option" && sleep 3 && continue
pvc=$(echo -e "$list" | grep ^"$selection)")
#Stop applicaiton if not stopped
status=$(cli -m csv -c 'app chart_release query name,status' | grep "^$app," | awk -F ',' '{print $2}'| tr -d " \t\n\r")
if [[ "$status" != "STOPPED" ]]; then
echo -e "\nStopping $app prior to mount"
if ! cli -c 'app chart_release scale release_name='\""$app"\"\ 'scale_options={"replica_count": 0}' &> /dev/null; then
echo "Failed to stop $app"
exit 1
else
echo "Stopped"
fi
else
echo -e "\n$app is already stopped"
fi
#Grab data then output and mount
data_name=$(echo "$pvc" | awk '{print $3}')
volume_name=$(echo "$pvc" | awk '{print $4}')
full_path=$(zfs list -t filesystem -r "$pool"/ix-applications/releases/"$app"/volumes -o name -H | grep "$volume_name")
if ! zfs set mountpoint=/heavyscript/"$data_name" "$full_path" ; then
echo "Error: Failed to mount $app"
exit 1
else
echo -e "\nMounted\n$data_name"
fi
echo -e "\nUnmount with:\nzfs set mountpoint=legacy $full_path && rmdir /mnt/heavyscript/$data_name\n\nOr use the Unmount All option\n"
#Ask if user would like to mount something else
while true
do
echo
read -rt 120 -p "Would you like to mount anything else? (y/N): " yesno || { echo -e "\nFailed to make a selection in time" ; exit; }
case $yesno in
[Yy] | [Yy][Ee][Ss])
clear -x
title
break
;;
[Nn] | [Nn][Oo])
exit
;;
*)
echo "Invalid selection \"$yesno\" was not an option"
sleep 3
continue
;;
esac
done
done
;;
2)
mapfile -t unmount_array < <(basename -a /mnt/heavyscript/* | sed "s/*//")
[[ -z ${unmount_array[*]} ]] && echo "Theres nothing to unmount" && sleep 3 && continue
for i in "${unmount_array[@]}"
do
main=$(k3s kubectl get pvc -A | grep -E "\s$i\s" | awk '{print $1, $2, $4}')
app=$(echo "$main" | awk '{print $1}' | cut -c 4-)
pvc=$(echo "$main" | awk '{print $3}')
full_path=$(find /mnt/"$pool"/ix-applications/releases/"$app"/volumes/ -maxdepth 0 | cut -c 6-)
zfs set mountpoint=legacy "$full_path""$pvc"
echo "$i unmounted" && rmdir /mnt/heavyscript/"$i" || echo "failed to unmount $i"
done
rmdir /mnt/heavyscript
sleep 3
;;
*)
echo "Invalid selection, \"$selection\" was not an option"
sleep 3
continue
;;
esac
done
}
export -f mount

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#!/bin/bash
script_create(){
while true
do
clear -x
title
echo "Choose Your Update Type"
echo "-----------------------"
echo "1) -U | Update all applications, ignores versions"
echo "2) -u | Update all applications, does not update Major releases"
echo
echo "0) Exit"
echo
read -rt 120 -p "Type the Number or Flag: " current_selection || { echo -e "\nFailed to make a selection in time" ; exit; }
case $current_selection in
0 | [Ee][Xx][Ii][Tt])
echo "Exiting.."
exit
;;
1 | -U)
while true
do
echo -e "\nHow many applications do you want updating at the same time?"
read -rt 120 -p "Please type an integer greater than 0: " up_async || { echo -e "\nFailed to make a selection in time" ; exit; }
if [[ $up_async == 0 ]]; then
echo "Error: \"$up_async\" is less than 1"
echo "NOT adding it to the list"
sleep 3
continue
elif ! [[ $up_async =~ ^[0-9]+$ ]]; then
echo "Error: \"$up_async\" is invalid, it needs to be an integer"
echo "NOT adding it to the list"
sleep 3
continue
else
update_selection+=("-U" "$up_async")
break
fi
done
break
;;
2 | -u)
while true
do
echo -e "\nHow many applications do you want updating at the same time?"
read -rt 120 -p "Please type an integer greater than 0: " up_async || { echo -e "\nFailed to make a selection in time" ; exit; }
if [[ $up_async == 0 ]]; then
echo "Error: \"$up_async\" is less than 1"
echo "NOT adding it to the list"
sleep 3
continue
elif ! [[ $up_async =~ ^[0-9]+$ ]]; then
echo "Error: \"$up_async\" is invalid, it needs to be an integer"
echo "NOT adding it to the list"
sleep 3
continue
else
update_selection+=("-u" "$up_async")
break
fi
done
break
;;
*)
echo "$current_selection was not an option, try again" && sleep 3
continue
;;
esac
done
while true
do
clear -x
title
echo "Update Options"
echo "--------------"
echo "1) -r | Roll-back applications if they fail to update"
echo "2) -i | Add application to ignore list"
echo "3) -S | Shutdown applications prior to updating"
echo "4) -v | verbose output"
echo "5) -t | Set a custom timeout in seconds when checking if either an App or Mountpoint correctly Started, Stopped or (un)Mounted. Defaults to 500 seconds"
echo
echo "Additional Options"
echo "------------------"
echo "6) -b | Back-up your ix-applications dataset"
echo "7) -s | sync catalog"
echo "8) -p | Prune unused/old docker images"
echo "9) --ignore-img | Ignore container image updates"
echo "10) --self-update | Updates HeavyScript prior to running any other commands"
echo
echo "99) Remove Update Options, Restart"
echo "00) Done making selections, proceed with update"
echo
echo "0) Exit"
echo
echo "Current Choices"
echo "---------------"
echo "bash heavy_script.sh ${update_selection[*]}"
echo
read -rt 600 -p "Type the Number or Flag: " current_selection || { echo -e "\nFailed to make a selection in time" ; exit; }
case $current_selection in
0 | [Ee][Xx][Ii][Tt])
echo "Exiting.."
exit
;;
00)
clear -x
echo "Running \"bash heavy_script.sh ${update_selection[*]}\""
echo
exec bash "$script_name" "${update_selection[@]}"
exit
;;
1 | -r)
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "-r" && echo -e "\"-r\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
update_selection+=("-r")
;;
2 | -i)
read -rt 120 -p "What is the name of the application we should ignore?: " up_ignore || { echo -e "\nFailed to make a selection in time" ; exit; }
! [[ $up_ignore =~ ^[a-zA-Z]([-a-zA-Z0-9]*[a-zA-Z0-9])?$ ]] && echo -e "Error: \"$up_ignore\" is not a possible option for an application name" && sleep 3 && continue
update_selection+=("-i" "$up_ignore")
;;
3 | -S)
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "-S" && echo -e "\"-S\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
update_selection+=("-S")
;;
4 | -v)
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "-v" && echo -e "\"-v\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
update_selection+=("-v")
;;
5 | -t)
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "-t" && echo -e "\"-t\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
echo "What do you want your timeout to be?"
read -rt 120 -p "Please type an integer: " up_timeout || { echo -e "\nFailed to make a selection in time" ; exit; }
! [[ $up_timeout =~ ^[0-9]+$ ]] && echo -e "Error: \"$up_timeout\" is invalid, it needs to be an integer\nNOT adding it to the list" && sleep 3 && continue
update_selection+=("-t" "$up_timeout")
;;
6 | -b)
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "-b" && echo -e "\"-b\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
echo "Up to how many backups should we keep?"
read -rt 120 -p "Please type an integer: " up_backups || { echo -e "\nFailed to make a selection in time" ; exit; }
! [[ $up_backups =~ ^[0-9]+$ ]] && echo -e "Error: \"$up_backups\" is invalid, it needs to be an integer\nNOT adding it to the list" && sleep 3 && continue
[[ $up_backups == 0 ]] && echo -e "Error: Number of backups cannot be 0\nNOT adding it to the list" && sleep 3 && continue
update_selection+=("-b" "$up_backups")
;;
7 | -s)
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "-s" && echo -e "\"-s\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
update_selection+=("-s")
;;
8 | -p)
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "-p" && echo -e "\"-p\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
update_selection+=("-p")
;;
9 | --ignore-img )
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "--ignore-img" && echo -e "\"--ignore-img\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
update_selection+=("--ignore-img")
;;
10 | --self-update )
printf '%s\0' "${update_selection[@]}" | grep -Fxqz -- "--self-update" && echo -e "\"--self-update\" is already on here, skipping" && sleep 3 && continue #If option is already on there, skip it
update_selection+=("--self-update")
;;
99)
count=2
echo "restarting"
for i in "${update_selection[@]:2}"
do
unset "update_selection[$count]"
echo "$i removed"
((count++))
done
sleep 3
continue
;;
*)
echo "\"$current_selection\" was not an option, try again" && sleep 3 && continue
;;
esac
done
}
export -f script_create

37
functions/self_update.sh Normal file
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#!/bin/bash
args=("$@")
self_update() {
git fetch --tags &>/dev/null
git reset --hard &>/dev/null
latest_ver=$(git describe --tags "$(git rev-list --tags --max-count=1)")
echo "🅂 🄴 🄻 🄵"
echo "🅄 🄿 🄳 🄰 🅃 🄴"
if [[ "$hs_version" != "$latest_ver" ]] ; then
echo "Found a new version of HeavyScript, updating myself..."
git checkout "$latest_ver" &>/dev/null
count=0
for i in "${args[@]}"
do
[[ "$i" == "--self-update" ]] && unset "args[$count]" && break
((count++))
done
echo "Updating from: $hs_version"
echo "Updating To: $latest_ver"
echo "Changelog:"
curl --silent "https://api.github.com/repos/HeavyBullets8/heavy_script/releases/latest" | jq -r .body
echo
[[ -z ${args[*]} ]] && echo -e "No more arguments, exiting..\n\n" && exit
echo -e "Running the new version...\n\n"
sleep 5
exec bash "$script_name" "${args[@]}"
# Now exit this old instance
exit
else
echo "HeavyScript is already the latest version:"
echo -e "$hs_version\n\n"
fi
}
export -f self_update

363
functions/update_apps.sh Normal file
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#!/bin/bash
commander(){
mapfile -t array < <(cli -m csv -c 'app chart_release query name,update_available,human_version,human_latest_version,container_images_update_available,status' | tr -d " \t\r" | grep -E ",true($|,)" | sort)
echo -e "🅄 🄿 🄳 🄰 🅃 🄴 🅂"
[[ -z ${array[*]} ]] && echo "There are no updates available" && echo -e "\n" && return 0 || echo "Update(s) Available: ${#array[@]}"
echo "Asynchronous Updates: $update_limit"
[[ -z $timeout ]] && echo "Default Timeout: 500" && timeout=500 || echo "Custom Timeout: $timeout"
[[ "$timeout" -le 120 ]] && echo "Warning: Your timeout is set low and may lead to premature rollbacks or skips"
[[ $ignore_image_update == "true" ]] && echo "Image Updates: Disabled" || echo "Image Updates: Enabled"
pool=$(cli -c 'app kubernetes config' | grep -E "dataset\s\|" | awk -F '|' '{print $3}' | awk -F '/' '{print $1}' | tr -d " \t\n\r")
index=0
for app in "${array[@]}"
do
app_name=$(echo "$app" | awk -F ',' '{print $1}') #print out first catagory, name.
old_app_ver=$(echo "$app" | awk -F ',' '{print $4}' | awk -F '_' '{print $1}' | awk -F '.' '{print $1}') #previous/current Application MAJOR Version
new_app_ver=$(echo "$app" | awk -F ',' '{print $5}' | awk -F '_' '{print $1}' | awk -F '.' '{print $1}') #new Application MAJOR Version
old_chart_ver=$(echo "$app" | awk -F ',' '{print $4}' | awk -F '_' '{print $2}' | awk -F '.' '{print $1}') # Old Chart MAJOR version
new_chart_ver=$(echo "$app" | awk -F ',' '{print $5}' | awk -F '_' '{print $2}' | awk -F '.' '{print $1}') # New Chart MAJOR version
diff_app=$(diff <(echo "$old_app_ver") <(echo "$new_app_ver")) #caluclating difference in major app versions
diff_chart=$(diff <(echo "$old_chart_ver") <(echo "$new_chart_ver")) #caluclating difference in Chart versions
old_full_ver=$(echo "$app" | awk -F ',' '{print $4}') #Upgraded From
new_full_ver=$(echo "$app" | awk -F ',' '{print $5}') #Upraded To
#Skip application if its on ignore list
if printf '%s\0' "${ignore[@]}" | grep -iFxqz "${app_name}" ; then
echo -e "\n$app_name\nIgnored, skipping"
unset "array[$index]"
#Skip appliaction if major update and not ignoreing major versions
elif [[ "$diff_app" != "$diff_chart" && $update_apps == "true" ]] ; then
echo -e "\n$app_name\nMajor Release, update manually"
unset "array[$index]"
# Skip update if application previously failed on this exact update version
elif grep -qs "^$app_name," failed 2>/dev/null; then
failed_ver=$(grep "^$app_name," failed | awk -F ',' '{print $2}')
if [[ "$failed_ver" == "$new_full_ver" ]] ; then
echo -e "\n$app_name\nSkipping previously failed version:\n$new_full_ver"
unset "array[$index]"
else
sed -i /"$app_name",/d failed
fi
#Skip Image updates if ignore image updates is set to true
elif [[ $old_full_ver == "$new_full_ver" && $ignore_image_update == "true" ]]; then
echo -e "\n$app_name\nImage update, skipping.."
unset "array[$index]"
fi
((index++))
done
array=("${array[@]}")
[[ ${#array[@]} == 0 ]] && echo && echo && return
index=0
while_count=0
rm deploying 2>/dev/null
rm finished 2>/dev/null
while [[ ${#processes[@]} != 0 || $(wc -l finished 2>/dev/null | awk '{ print $1 }') -lt "${#array[@]}" ]]
do
if while_status=$(cli -m csv -c 'app chart_release query name,update_available,human_version,human_latest_version,container_images_update_available,status' 2>/dev/null) ; then
((while_count++))
[[ -z $while_status ]] && continue || echo -e "$while_count\n$while_status" > all_app_status
mapfile -t deploying_check < <(grep ",DEPLOYING," all_app_status)
for i in "${deploying_check[@]}"
do
app_name=$(echo "$i" | awk -F ',' '{print $1}')
[[ ! -e deploying ]] && touch deploying
if ! grep -qs "$app_name,DEPLOYING" deploying; then
echo "$app_name,DEPLOYING" >> deploying
fi
done
else
echo "Middlewared timed out. Consider setting a lower number for async applications"
continue
fi
count=0
for proc in "${processes[@]}"
do
kill -0 "$proc" &> /dev/null || unset "processes[$count]"
((count++))
done
processes=("${processes[@]}")
if [[ $index -lt ${#array[@]} && "${#processes[@]}" -lt "$update_limit" ]]; then
pre_process "${array[$index]}" &
processes+=($!)
((index++))
else
sleep 3
fi
done
rm deploying 2>/dev/null
rm finished 2>/dev/null
echo
echo
}
export -f commander
pre_process(){
app_name=$(echo "${array[$index]}" | awk -F ',' '{print $1}') #print out first catagory, name.
startstatus=$(echo "${array[$index]}" | awk -F ',' '{print $2}') #status of the app: STOPPED / DEPLOYING / ACTIVE
old_full_ver=$(echo "${array[$index]}" | awk -F ',' '{print $4}') #Upgraded From
new_full_ver=$(echo "${array[$index]}" | awk -F ',' '{print $5}') #Upraded To
rollback_version=$(echo "${array[$index]}" | awk -F ',' '{print $4}' | awk -F '_' '{print $2}')
# Check if app is external services, append outcome to external_services file
[[ ! -e external_services ]] && touch external_services
if ! grep -qs "^$app_name," external_services ; then
if ! grep -qs "/external-service" /mnt/"$pool"/ix-applications/releases/"$app_name"/charts/"$(find /mnt/"$pool"/ix-applications/releases/"$app_name"/charts/ -maxdepth 1 -type d -printf '%P\n' | sort -r | head -n 1)"/Chart.yaml; then
echo "$app_name,false" >> external_services
else
echo "$app_name,true" >> external_services
fi
fi
# If application is deploying prior to updating, attempt to wait for it to finish
if [[ "$startstatus" == "DEPLOYING" ]]; then
SECONDS=0
while [[ "$status" == "DEPLOYING" ]]
do
status=$(grep "^$app_name," all_app_status | awk -F ',' '{print $2}')
if [[ "$SECONDS" -ge "$timeout" ]]; then
echo_array+=("Application is stuck Deploying, Skipping to avoid damage")
echo_array
return
fi
sleep 5
done
fi
# If user is using -S, stop app prior to updating
echo_array+=("\n$app_name")
if [[ $stop_before_update == "true" && "$startstatus" != "STOPPED" ]]; then # Check to see if user is using -S or not
[[ "$verbose" == "true" ]] && echo_array+=("Stopping prior to update..")
if stop_app ; then
echo_array+=("Stopped")
else
echo_array+=("Error: Failed to stop $app_name")
echo_array
return 1
fi
fi
# Send app through update function
[[ "$verbose" == "true" ]] && echo_array+=("Updating..")
if update_app ;then
if [[ $old_full_ver == "$new_full_ver" ]]; then
echo_array+=("Updated Container Image")
else
echo_array+=("Updated\n$old_full_ver\n$new_full_ver")
fi
else
echo_array+=("Failed to update\nManual intervention may be required")
echo_array
return
fi
# If app is external services, do not send for post processing
if grep -qs "^$app_name,true" external_services ; then
echo_array
return
# If app is container image update, dont send for post processing
elif [[ $old_full_ver == "$new_full_ver" ]]; then
echo_array
return
else
post_process
fi
}
export -f pre_process
post_process(){
SECONDS=0
count=0
if [[ $rollback == "true" || "$startstatus" == "STOPPED" ]]; then
while true
do
# If app reports ACTIVE right away, assume its a false positive and wait for it to change, or trust it after 5 updates to all_app_status
status=$(grep "^$app_name," all_app_status | awk -F ',' '{print $2}')
if [[ $count -lt 1 && $status == "ACTIVE" && "$(grep "^$app_name," deploying 2>/dev/null | awk -F ',' '{print $2}')" != "DEPLOYING" ]]; then # If status shows up as Active or Stopped on the first check, verify that. Otherwise it may be a false report..
[[ "$verbose" == "true" ]] && echo_array+=("Verifying $status..")
before_loop=$(head -n 1 all_app_status)
current_loop=0
until [[ "$status" != "ACTIVE" || $current_loop -gt 4 ]] # Wait for a specific change to app status, or 3 refreshes of the file to go by.
do
status=$(grep "^$app_name," all_app_status | awk -F ',' '{print $2}')
sleep 1
if ! echo -e "$(head -n 1 all_app_status)" | grep -qs ^"$before_loop" ; then
before_loop=$(head -n 1 all_app_status)
((current_loop++))
fi
done
fi
(( count++ ))
if [[ "$status" == "ACTIVE" ]]; then
if [[ "$startstatus" == "STOPPED" ]]; then
[[ "$verbose" == "true" ]] && echo_array+=("Returing to STOPPED state..")
if stop_app ; then
echo_array+=("Stopped")
else
echo_array+=("Error: Failed to stop $app_name")
echo_array
return 1
fi
break
else
echo_array+=("Active")
break
fi
elif [[ "$SECONDS" -ge "$timeout" ]]; then
if [[ $rollback == "true" ]]; then
if [[ "$failed" != "true" ]]; then
echo "$app_name,$new_full_ver" >> failed
echo_array+=("Error: Run Time($SECONDS) for $app_name has exceeded Timeout($timeout)")
echo_array+=("If this is a slow starting application, set a higher timeout with -t")
echo_array+=("If this applicaion is always DEPLOYING, you can disable all probes under the Healthcheck Probes Liveness section in the edit configuration")
echo_array+=("Reverting update..")
if rollback_app ; then
echo_array+=("Rolled Back")
else
echo_array+=("Error: Failed to rollback $app_name\nAbandoning")
echo_array
return 1
fi
failed="true"
SECONDS=0
count=0
continue #run back post_process function if the app was stopped prior to update
else
echo_array+=("Error: Run Time($SECONDS) for $app_name has exceeded Timeout($timeout)")
echo_array+=("The application failed to be ACTIVE even after a rollback")
echo_array+=("Manual intervention is required\nStopping, then Abandoning")
if stop_app ; then
echo_array+=("Stopped")
else
echo_array+=("Error: Failed to stop $app_name")
echo_array
return 1
fi
break
fi
else
echo "$app_name,$new_full_ver" >> failed
echo_array+=("Error: Run Time($SECONDS) for $app_name has exceeded Timeout($timeout)")
echo_array+=("If this is a slow starting application, set a higher timeout with -t")
echo_array+=("If this applicaion is always DEPLOYING, you can disable all probes under the Healthcheck Probes Liveness section in the edit configuration")
echo_array+=("Manual intervention is required\nStopping, then Abandoning")
if stop_app ; then
echo_array+=("Stopped")
else
echo_array+=("Error: Failed to stop $app_name")
echo_array
return 1
fi
break
fi
else
[[ "$verbose" == "true" ]] && echo_array+=("Waiting $((timeout-SECONDS)) more seconds for $app_name to be ACTIVE")
sleep 5
continue
fi
done
fi
echo_array
}
export -f post_process
rollback_app(){
count=0
app_update_avail=$(grep "^$app_name," all_app_status | awk -F ',' '{print $3}')
while [[ $app_update_avail == "false" ]]
do
app_update_avail=$(grep "^$app_name," all_app_status | awk -F ',' '{print $3}')
if [[ $count -gt 2 ]]; then # If failed to rollback app 3 times, return failure to parent shell
return 1
elif ! cli -c "app chart_release rollback release_name=\"$app_name\" rollback_options={\"item_version\": \"$rollback_version\"}" &> /dev/null ; then
before_loop=$(head -n 1 all_app_status)
((count++))
until [[ $(head -n 1 all_app_status) != "$before_loop" ]] # Upon failure, wait for status update before continuing
do
sleep 1
done
else
break
fi
done
}
update_app(){
current_loop=0
while true
do
update_avail=$(grep "^$app_name," all_app_status | awk -F ',' '{print $3","$6}')
if [[ $update_avail =~ "true" ]]; then
if ! cli -c 'app chart_release upgrade release_name=''"'"$app_name"'"' &> /dev/null ; then
before_loop=$(head -n 1 all_app_status)
current_loop=0
until [[ "$(grep "^$app_name," all_app_status | awk -F ',' '{print $3","$6}')" != "$update_avail" ]] # Wait for a specific change to app status, or 3 refreshes of the file to go by.
do
if [[ $current_loop -gt 2 ]]; then
cli -c 'app chart_release upgrade release_name=''"'"$app_name"'"' &> /dev/null || return 1 # After waiting, attempt an update once more, if fails, return error code
elif ! echo -e "$(head -n 1 all_app_status)" | grep -qs ^"$before_loop" ; then # The file has been updated, but nothing changed specifically for the app.
before_loop=$(head -n 1 all_app_status)
((current_loop++))
fi
sleep 1
done
fi
break
elif [[ ! $update_avail =~ "true" ]]; then
break
else
sleep 3
fi
done
}
export -f update_app
stop_app(){
count=0
while [[ "$status" != "STOPPED" ]]
do
status=$( grep "^$app_name," all_app_status | awk -F ',' '{print $2}')
if [[ $count -gt 2 ]]; then # If failed to stop app 3 times, return failure to parent shell
return 1
elif ! cli -c 'app chart_release scale release_name='\""$app_name"\"\ 'scale_options={"replica_count": 0}' &> /dev/null ; then
before_loop=$(head -n 1 all_app_status)
((count++))
until [[ $(head -n 1 all_app_status) != "$before_loop" ]] # Upon failure, wait for status update before continuing
do
sleep 1
done
else
break
fi
done
}
export -f stop_app
echo_array(){
#Dump the echo_array, ensures all output is in a neat order.
for i in "${echo_array[@]}"
do
echo -e "$i"
done
final_check
}
export -f echo_array
final_check(){
[[ ! -e finished ]] && touch finished
echo "$app_name,finished" >> finished
}

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#!/bin/bash
# cd to script, this ensures the script can find the source scripts below, even when ran from a seperate directory
script=$(readlink -f "$0")
script_path=$(dirname "$script")
script_name="heavy_script.sh"
cd "$script_path" || { echo "Error: Failed to change to script directory" ; exit ; }
#Version
hs_version=$(git describe --tags)
source functions/backup.sh
source functions/dns.sh
source functions/menu.sh
source functions/misc.sh
source functions/mount.sh
source functions/self_update.sh
source functions/update_apps.sh
source functions/cmd_to_container.sh
source functions/script_create.sh
#If no argument is passed, kill the script.
[[ -z "$*" || "-" == "$*" || "--" == "$*" ]] && menu
# Parse script options
while getopts ":si:rb:t:uUpSRv-:" opt
do
case $opt in
-)
case "${OPTARG}" in
help)
help="true"
;;
self-update)
self_update="true"
;;
dns)
dns="true"
;;
cmd)
cmd="true"
;;
restore)
restore="true"
;;
mount)
mount="true"
;;
delete-backup)
deleteBackup="true"
;;
ignore-img)
ignore_image_update="true"
;;
*)
echo -e "Invalid Option \"--$OPTARG\"\n"
help
;;
esac
;;
:)
echo -e "Option: \"-$OPTARG\" requires an argument\n"
help
;;
b)
number_of_backups=$OPTARG
! [[ $OPTARG =~ ^[0-9]+$ ]] && echo -e "Error: -b needs to be assigned an interger\n\"""$number_of_backups""\" is not an interger" >&2 && exit
[[ "$number_of_backups" -le 0 ]] && echo "Error: Number of backups is required to be at least 1" && exit
;;
r)
rollback="true"
;;
i)
if ! [[ $OPTARG =~ ^[a-zA-Z]([-a-zA-Z0-9]*[a-zA-Z0-9])?$ ]]; then # Using case insensitive version of the regex used by Truenas Scale
echo -e "Error: \"$OPTARG\" is not a possible option for an application name"
exit
else
ignore+=("$OPTARG")
fi
;;
t)
timeout=$OPTARG
! [[ $timeout =~ ^[0-9]+$ ]] && echo -e "Error: -t needs to be assigned an interger\n\"""$timeout""\" is not an interger" >&2 && exit
;;
s)
sync="true"
;;
U)
update_all_apps="true"
# Check next positional parameter
eval nextopt=${!OPTIND}
# existing or starting with dash?
if [[ -n $nextopt && $nextopt != -* ]] ; then
OPTIND=$((OPTIND + 1))
update_limit="$nextopt"
else
update_limit=1
fi
;;
u)
update_apps="true"
# Check next positional parameter
eval nextopt=${!OPTIND}
# existing or starting with dash?
if [[ -n $nextopt && $nextopt != -* ]] ; then
OPTIND=$((OPTIND + 1))
update_limit="$nextopt"
else
update_limit=1
fi
;;
S)
stop_before_update="true"
;;
p)
prune="true"
;;
v)
verbose="true"
;;
*)
echo -e "Invalid Option \"-$OPTARG\"\n"
help
;;
esac
done
#exit if incompatable functions are called
[[ "$update_all_apps" == "true" && "$update_apps" == "true" ]] && echo -e "-U and -u cannot BOTH be called" && exit
#Continue to call functions in specific order
[[ "$self_update" == "true" ]] && self_update
[[ "$help" == "true" ]] && help
[[ "$cmd" == "true" ]] && cmd_to_container && exit
[[ "$deleteBackup" == "true" ]] && deleteBackup && exit
[[ "$dns" == "true" ]] && dns && exit
[[ "$restore" == "true" ]] && restore && exit
[[ "$mount" == "true" ]] && mount && exit
if [[ "$number_of_backups" -gt 1 && "$sync" == "true" ]]; then # Run backup and sync at the same time
echo "🅃 🄰 🅂 🄺 🅂 :"
echo -e "-Backing up ix-applications Dataset\n-Syncing catalog(s)"
echo -e "This can take a LONG time, Please Wait For Both Output..\n\n"
backup &
sync &
wait
elif [[ "$number_of_backups" -gt 1 && -z "$sync" ]]; then # If only backup is true, run it
echo "🅃 🄰 🅂 🄺 :"
echo -e "-Backing up \"ix-applications\" Dataset\nPlease Wait..\n\n"
backup
elif [[ "$sync" == "true" && -z "$number_of_backups" ]]; then # If only sync is true, run it
echo "🅃 🄰 🅂 🄺 :"
echo -e "Syncing Catalog(s)\nThis Takes a LONG Time, Please Wait..\n\n"
sync
fi
[[ "$update_all_apps" == "true" || "$update_apps" == "true" ]] && commander
[[ "$prune" == "true" ]] && prune
exit 0

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