Beta v8.22.0

.build/images/dietpi-imager

@@ -13,7 +13,7 @@
 	#   or use an existing .img file
 	#   or use Clonezilla to generate a bootable installer ISO from drive for x86_64 systems
 	# - Minimises root partition and filesystem
-	# - Hashes and 7z's the final image ready for release
+	# - Compresses the final image ready for release
 	#////////////////////////////////////
 
 	# Import DietPi-Globals ---------------------------------------------------------------
@@ -46,32 +46,46 @@
 		exit 1
 	}
 
-	# Inputs
+	##########################################
+	# Process inputs
+	##########################################
 	SOURCE_TYPE='Drive'
 	FP_SOURCE_IMG=
-	if [[ -b $1 ]]
-	then
-		FP_SOURCE=$1
-
-	elif [[ -f $1 ]]
-	then
-		SOURCE_TYPE='Image'
-		FP_SOURCE_IMG=$1
-
-	elif [[ $1 ]]
-	then
-		Error_Exit "Input source $1 does not exist, aborting..."
-	fi
 	PART_TABLE_TYPE=
 	#FP_ROOT_DEV=
 	ROOT_FS_TYPE=
 	#CLONING_TOOL=
 	OUTPUT_IMG_EXT='img'
 	#OUTPUT_IMG_NAME=
 	[[ $MOUNT_IT == 'On' ]] || MOUNT_IT='Off'
+	[[ $SKIP_FIRSTBOOT_RESIZE == 1 ]] || SKIP_FIRSTBOOT_RESIZE=0
 	[[ $SHRINK_ONLY == 1 ]] || SHRINK_ONLY=0
 	[[ $SKIP_ARCHIVE == 1 ]] || SKIP_ARCHIVE=0
-	[[ $SKIP_FIRSTBOOT_RESIZE == 1 ]] || SKIP_FIRSTBOOT_RESIZE=0
+	ADD_DOS_PART=0
+	SIGN_PASS=
+	while (( $# ))
+	do
+		case $1 in
+			'--add-dos-part') ADD_DOS_PART=1;;
+			'--sign') shift; SIGN_PASS=$1;;
+			*)
+				if [[ -b $1 ]]
+				then
+					FP_SOURCE=$1
+
+				elif [[ -f $1 ]]
+				then
+					SOURCE_TYPE='Image'
+					FP_SOURCE_IMG=$1
+
+				elif [[ $1 ]]
+				then
+					Error_Exit "Input source $1 does not exist, aborting..."
+				fi
+			;;
+		esac
+		shift
+	done
 
 	Unmount_tmp()
 	{
@@ -277,9 +291,7 @@
 	Main(){
 
 		# Dependencies
-		local p7zip='7zip' c7zz='7zz'
-		(( $G_DISTRO < 7 )) && p7zip='p7zip' c7zz='7zr'
-		G_AG_CHECK_INSTALL_PREREQ parted fdisk zerofree "$p7zip"
+		G_AG_CHECK_INSTALL_PREREQ parted fdisk zerofree xz-utils
 
 		# Skip menu if all inputs are provided via environment variables
 		if [[ ( $SOURCE_TYPE$FP_SOURCE == 'Drive'?* || $SOURCE_TYPE$FP_SOURCE_IMG == 'Image'?* ) && $FP_ROOT_DEV && $CLONING_TOOL =~ ^(dd|Clonezilla)$ && $OUTPUT_IMG_NAME ]]
@@ -494,13 +506,61 @@
 			G_EXEC partx -u "$FP_SOURCE"
 		fi
 
+		# Derive target image size from last partition end
+		# - WARNING: this assumes that the partitions in the table are in order (which we do in other places as well)
+		local last_part_end=$(sfdisk -qlo End "$FP_SOURCE" | tail -1) # 512 byte sectors
+		IMAGE_SIZE=$last_part_end
+		# Add 34 sectors for GPT backup partition table and 1 sector for MBR
+		# shellcheck disable=SC2015
+		[[ $PART_TABLE_TYPE == 'gpt' ]] && ((IMAGE_SIZE+=34)) || ((IMAGE_SIZE++))
+		((IMAGE_SIZE*=512)) # 512 byte sectors => bytes
+
+		# Add trailing FAT partition to simplify first run setup if requested
+		if (( $ADD_DOS_PART ))
+		then
+			G_DIETPI-NOTIFY 2 'Adding a 1 MiB FAT partition to simplify first run setup'
+			((IMAGE_SIZE+=1048576))
+			# Increase source image size if required
+			[[ $SOURCE_TYPE == 'Image' ]] && (( $(stat -c '%s' "$FP_SOURCE_IMG") < $IMAGE_SIZE )) && G_EXEC truncate -s "$IMAGE_SIZE" "$FP_SOURCE_IMG" && G_EXEC losetup -c "$FP_SOURCE"
+			# Add new DOS partition
+			local start=$(( $last_part_end + 1 ))
+			local type='EBD0A0A2-B9E5-4433-87C0-68B6B72699C7' # https://en.wikipedia.org/wiki/GUID_Partition_Table#Partition_type_GUIDs
+			[[ $PART_TABLE_TYPE == 'dos' ]] && type='c'
+			G_EXEC eval "sfdisk -a '$FP_SOURCE' <<< 'start=$start,size=2048,type=$type'" # size in sectors
+			G_EXEC partprobe "$FP_SOURCE"
+			G_EXEC partx -u "$FP_SOURCE"
+			# create a FAT filesystem and add config files to it
+			local new_dos_part=$(sfdisk -l "$FP_SOURCE" | mawk "/ $start /{print \$1;exit}")
+			G_EXE_OUTPUT=1 G_EXEC mkfs.fat -n DIETPISETUP "$new_dos_part"
+			local fat_mountpoint=$(mktemp -d)
+			local root_mountpoint=$(mktemp -d)
+			G_EXEC mount "$new_dos_part" "$fat_mountpoint"
+			G_EXEC mount "$FP_ROOT_DEV" "$root_mountpoint"
+			G_DIETPI-NOTIFY 2 'Copying dietpi.txt and other config files to the DIETPISETUP partition'
+			for f in 'dietpi.txt' 'dietpi-wifi.txt' 'dietpiEnv.txt' 'unattended_pivpn.conf' 'Automation_Custom_PreScript.sh' 'Automation_Custom_Script.sh'
+			do
+				[[ -f $root_mountpoint/boot/$f ]] && G_EXEC cp "$root_mountpoint/boot/$f" "$fat_mountpoint/"
+			done
+			cat << '_EOF_' > "$fat_mountpoint/Readme-DietPi-Config.txt"
+DietPi pre-boot configuration
+
+You can edit the files in this folder to setup some configuration options
+or even a completely automated install. Please check the documentation and
+dietpi.txt for details: https://dietpi.com/docs/install/
+
+This folder also supports the following additional files. Please ensure that
+they have UNIX style LF line endings:
+- unattended_pivpn.conf
+- Automation_Custom_PreScript.sh
+- Automation_Custom_Script.sh
+_EOF_
+			G_EXEC umount "$root_mountpoint" "$fat_mountpoint"
+			G_EXEC rmdir "$root_mountpoint" "$fat_mountpoint"
+		fi
+
 		# Exit now if source shall be shrunk only
 		(( $SHRINK_ONLY )) && exit 0
 
-		# Finished: Derive final image size from last partition end + 1 sector
-		IMAGE_SIZE=$(( ( $(sfdisk -qlo End "$FP_SOURCE" | tail -1) + 1 ) * 512 )) # 512 byte sectors => bytes
-		[[ $PART_TABLE_TYPE == 'gpt' ]] && IMAGE_SIZE=$(( $IMAGE_SIZE + 33*512 )) # Add 33 (34 overall) sectors for GPT backup partition table
-
 		# Image file source and dd target
 		if [[ $FP_SOURCE_IMG && $CLONING_TOOL == 'dd' ]]
 		then
@@ -514,13 +574,15 @@
 			[[ $(readlink -f "$PWD/$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT") != "$(readlink -f "$FP_SOURCE_IMG")" ]] && G_EXEC mv "$FP_SOURCE_IMG" "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT"
 
 			# Check for sufficient free disk space to store the 7z archive with 100 MiB buffer
-			G_CHECK_FREESPACE . $(( $IMAGE_SIZE * 15/100 / 1024**2 + 100 )) || exit 1
+			(( $SKIP_ARCHIVE )) || G_CHECK_FREESPACE . $(( $IMAGE_SIZE * 15/100 / 1024**2 + 100 )) || exit 1
 
 		# Drive source and dd target
 		elif [[ $CLONING_TOOL == 'dd' ]]
 		then
-			# Check for sufficient free disk space to store the image and the 7z archive with 100 MiB buffer
-			G_CHECK_FREESPACE . $(( $IMAGE_SIZE * 115/100 / 1024**2 + 100 )) || exit 1
+			# Check for sufficient free disk space to store the image and in case the 7z archive with 100 MiB buffer
+			local free_space_percent=100
+			(( $SKIP_ARCHIVE )) || free_space_percent=115 # 15% image size for 7z archive
+			G_CHECK_FREESPACE . $(( $IMAGE_SIZE * $free_space_percent/100 / 1024**2 + 100 )) || exit 1
 
 			G_DIETPI-NOTIFY 2 "Creating final image with actually used size: $(( $IMAGE_SIZE / 1024**2 + 1 )) MiB"
 			G_EXEC_OUTPUT=1 G_EXEC dd if="$FP_SOURCE" of="$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT" bs=1M status=progress count=$(( $IMAGE_SIZE / 1024**2 + 1 ))
@@ -661,34 +723,24 @@ _EOF_
 		# Exit now when archive shall be skipped
 		(( $SKIP_ARCHIVE )) && exit 0
 
-		# Generate hashes: MD5, SHA1, SHA256
-		G_DIETPI-NOTIFY 2 'Generating hashes to pack with image, please wait...'
-		cat << _EOF_ > hash.txt
-FILE:   $OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT
-DATE:   $(date)
-MD5:    $(md5sum "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT" | mawk '{print $1}')
-SHA1:   $(sha1sum "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT" | mawk '{print $1}')
-SHA256: $(sha256sum "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT" | mawk '{print $1}')
-_EOF_
-		# Download current README
-		G_EXEC_DESC='Downloading current README.md to pack with image...' G_EXEC curl -sSf "$DIETPI_REPO/README.md" -o README.md
-
-		# Generate 7z archive
+		# Generate xz archive
 		# NB: LZMA2 ultra compression requires much memory per thread. 1 GiB is not sufficient for >2 threads, hence use "-mmt2" to limit used CPU threads to "2" on 1 GiB devices with more than two cores.
 		local limit_threads=()
-		(( $(free -m | mawk '/Mem:/{print $2}') < 1750 && $(nproc) > 2 )) && limit_threads=('-mmt2')
-		[[ -f $OUTPUT_IMG_NAME.7z ]] && G_EXEC rm "$OUTPUT_IMG_NAME.7z"
+		(( $(free -m | mawk '/Mem:/{print $2}') < 1750 && $(nproc) > 2 )) && limit_threads=('-T2')
+		[[ -f $OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz ]] && G_EXEC rm "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz"
 		[[ ( -t 0 || -t 1 ) && $TERM != 'dumb' ]] && G_EXEC_OUTPUT=1
-		# Add "-bsp1 -bso1 -bse2" to print output to regular STDOUT and STDERR, else the pipe to "tee" makes it omit at least the progress output.
-		G_EXEC_DESC='Creating final 7zip archive' G_EXEC "$c7zz" a -mx=9 "${limit_threads[@]}" "$OUTPUT_IMG_NAME.7z" "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT" hash.txt README.md
+		G_EXEC_DESC='Creating final xz archive' G_EXEC xz -9e "${limit_threads[@]}" "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT"
+		G_EXEC_DESC='Generating SHA256 hash' G_EXEC eval "sha256sum '$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz' > '$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz.sha256'"
+		local signature=() sig_text=''
+		[[ $SIGN_PASS ]] && { G_DIETPI-NOTIFY 2 'Signing archive ...'; gpg --batch --pinentry-mode loopback --passphrase "$SIGN_PASS" -b --armor "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz" || exit 1; signature=("$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz.asc") sig_text="\nSignature:   $PWD/${signature[*]}"; }
 
-		G_EXEC_NOHALT=1 G_EXEC rm hash.txt README.md
 		G_DIETPI-NOTIFY 0 "DietPi-Imager has successfully finished.
-Final image file: $PWD/$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT
-Final 7z archive: $PWD/$OUTPUT_IMG_NAME.7z"
+Image file:  $PWD/$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT
+xz archive:  $PWD/$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz
+SHA256 hash: $PWD/$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz.sha256$sig_text"
 
 		# Upload archive automatically if there is an upload.sh in the same directory
-		[[ -x 'upload.sh' ]] && G_EXEC_OUTPUT=1 G_EXEC ./upload.sh "$OUTPUT_IMG_NAME.7z" && G_EXEC rm -R "$OUTPUT_IMG_NAME.7z"
+		[[ -x 'upload.sh' ]] && G_EXEC_OUTPUT=1 G_EXEC ./upload.sh "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz"{,.sha256} "${signature[@]}" && G_EXEC rm -R "$OUTPUT_IMG_NAME.$OUTPUT_IMG_EXT.xz"{,.sha256} "${signature[@]}"
 
 	}
 

.build/images/dietpi-installer

@@ -969,6 +969,16 @@ _EOF_
 		# DietPi-Build with Armbian kernel/bootloader/firmware
 		elif (( $armbian_repo ))
 		then
+			# Prevent any unintended packages from being installed from Armbian's APT repository, like base-files: https://github.com/MichaIng/DietPi/issues/6227#issuecomment-1713688577
+			cat << '_EOF_' > /etc/apt/preferences.d/dietpi-armbian
+Package: *
+Pin: origin apt.armbian.com
+Pin-Priority: -1
+
+Package: armbian-firmware* linux-*
+Pin: origin apt.armbian.com
+Pin-Priority: 500
+_EOF_
 			# Bootstrap Armbian repository
 			G_EXEC eval 'curl -sSfL '\''https://apt.armbian.com/armbian.key'\'' | gpg --dearmor -o /etc/apt/trusted.gpg.d/dietpi-armbian.gpg --yes'
 			# Remove obsolete combined keyring
@@ -990,13 +1000,13 @@ _EOF_
 				40) model='pine64' kernel='sunxi64';;
 				42) model='rockpro64' kernel='rockchip64';;
 				43) model='rock64' kernel='rockchip64';;
-				44) model='pinebook-a64' kernel='sunxi64' dietpi_com=1;;
+				44) model='pinebook-a64' kernel='sunxi64';;
 				45) model='pineh64-b' kernel='sunxi64';;
-				46) model='pinebook-pro' kernel='rockchip64' dietpi_com=1;;
+				46) model='pinebook-pro' kernel='rockchip64';;
 				47) model='nanopi-r4s' kernel='rockchip64';;
 				48) model='nanopi-r1' kernel='sunxi' arch='arm';;
 				52) model='tinkerboard' kernel='rockchip' arch='arm';;
-				54) model='nanopik2-s905' dietpi_com=1;;
+				54) model='nanopik2-s905';;
 				55) model='nanopi-r2s' kernel='rockchip64';;
 				56) model='nanopineo3' kernel='rockchip64';;
 				57) model='nanopineoplus2' kernel='sunxi64';;
@@ -1007,10 +1017,9 @@ _EOF_
 					case $HW_VARIANT in
 						2) model='nanopifire3';;
 						*) model='nanopim3';;
-					esac
-					dietpi_com=1;;
+					esac;;
 				63) model='nanopim1' kernel='sunxi' arch='arm' dietpi_com=1;;
-				64) model='nanopiair' kernel='sunxi' arch='arm' dietpi_com=1;;
+				64) model='nanopiair' kernel='sunxi' arch='arm';;
 				65) kernel='sunxi64'
 					case $HW_VARIANT in
 						2) model='nanopineo2black';;
@@ -1021,20 +1030,20 @@ _EOF_
 				68) kernel='rockchip64'
 					case $HW_VARIANT in
 						1) model='nanopim4';;
-						3) model='nanopineo4' dietpi_com=1;;
+						3) model='nanopineo4';;
 						*) model='nanopct4';;
 					esac;;
 				72) model='rockpi-4b' kernel='rockchip64';;
-				73) model='rockpi-s' kernel='rockchip64' dietpi_com=1;;
+				73) model='rockpi-s' kernel='rockchip64';;
 				74) model='radxa-zero';;
 				77) model='rock-3a' kernel='rk35xx' branch='edge';;
 				78) model='rock-5b' kernel='rk35xx' branch='legacy';;
 				80) model='orangepi5' kernel='rk35xx' branch='legacy';;
 				82) model='orangepi5-plus' kernel='rk35xx' branch='legacy';;
 				*) :;;
 			esac
-			# Download and pre-install U-Boot hosted on dietpi.com where it has not been ported (and probably never will) to the Armbian Bookworm repo or where it provides a too old version
-			if (( $dietpi_com && $G_DISTRO > 6 || $G_HW_MODEL == 62 || $G_HW_MODEL == 72 || $G_HW_MODEL == 80 || $G_HW_MODEL == 82 ))
+			# Download and pre-install U-Boot hosted on dietpi.com where it has not been ported to the Armbian Bookworm repo or has been removed completely
+			if (( $dietpi_com && $G_DISTRO > 6 || $G_HW_MODEL == 62 ))
 			then
 				G_EXEC curl -sSfo package.deb "https://dietpi.com/downloads/binaries/linux-u-boot-$model-$branch.deb"
 				G_EXEC_OUTPUT=1 G_EXEC dpkg -i package.deb
@@ -1056,19 +1065,19 @@ _EOF_
 			# Install initramfs-tools first to have an initramfs generated on kernel install, and configure it to use zstd if supported for better compression and faster decompression
 			[[ $kernel == 'rockchip64' || $kernel == 'rk35xx' || $kernel == 'meson64' || $kernel == 'sunxi64' || $kernel == 'sunxi' ]] && zstd=('zstd')
 			# - Download and pre-install a more recent armbian-firmware package from our server
-			G_EXEC_OUTPUT=1 G_EXEC curl -fo package.deb 'https://dietpi.com/downloads/binaries/armbian-firmware.deb'
-			G_EXEC_OUTPUT=1 G_EXEC dpkg -i package.deb
-			G_EXEC rm package.deb
+			#G_EXEC_OUTPUT=1 G_EXEC curl -fo package.deb 'https://dietpi.com/downloads/binaries/armbian-firmware.deb'
+			#G_EXEC_OUTPUT=1 G_EXEC dpkg -i package.deb
+			#G_EXEC rm package.deb
 			G_AGI initramfs-tools u-boot-tools armbian-firmware "${zstd[@]}"
 			[[ ${zstd[0]} ]] && G_CONFIG_INJECT 'COMPRESS=' 'COMPRESS=zstd' /etc/initramfs-tools/initramfs.conf
 			# Download and pre-install kernel hosted on dietpi.com where the Armbian APT repo provides a too old version
-			if [[ $G_HW_MODEL =~ ^(78|80|82)$ || ( $kernel == 'rockchip64' && $branch == 'current' ) ]]
-			then
-				G_EXEC_OUTPUT=1 G_EXEC curl -fo package1.deb "https://dietpi.com/downloads/binaries/linux-image-$branch-$kernel.deb"
-				G_EXEC_OUTPUT=1 G_EXEC curl -fo package2.deb "https://dietpi.com/downloads/binaries/linux-dtb-$branch-$kernel.deb"
-				G_EXEC_OUTPUT=1 G_EXEC dpkg -i package1.deb package2.deb
-				G_EXEC rm package1.deb package2.deb
-			fi
+			#if [[ $G_HW_MODEL =~ ^(78|80|82)$ || ( $kernel == 'rockchip64' && $branch == 'current' ) ]]
+			#then
+			#	G_EXEC_OUTPUT=1 G_EXEC curl -fo package1.deb "https://dietpi.com/downloads/binaries/linux-image-$branch-$kernel.deb"
+			#	G_EXEC_OUTPUT=1 G_EXEC curl -fo package2.deb "https://dietpi.com/downloads/binaries/linux-dtb-$branch-$kernel.deb"
+			#	G_EXEC_OUTPUT=1 G_EXEC dpkg -i package1.deb package2.deb
+			#	G_EXEC rm package1.deb package2.deb
+			#fi
 			G_AGI linux-{image,dtb}-"$branch-$kernel" "linux-u-boot-$model-$branch"
 			# Cleanup
 			[[ $G_HW_MODEL != 10 && -f '/boot/uImage' ]] && G_EXEC rm /boot/uImage
@@ -1962,8 +1971,8 @@ _EOF_
 			G_DIETPI-NOTIFY 2 'Enabling NanoPi R4S Ethernet LEDs'
 			G_EXEC eval 'echo '\''ledtrig-netdev'\'' > /etc/modules-load.d/dietpi-eth-leds.conf'
 			cat << '_EOF_' > /etc/udev/rules.d/dietpi-eth-leds.rules
-SUBSYSTEM=="leds", KERNEL=="lan_led", ACTION=="add", ATTR{trigger}="netdev", ATTR{device_name}="eth0", ATTR{link}="1", ATTR{rx}="1", ATTR{tx}="1", RUN+="/bin/ip l s up dev eth0", RUN+="/bin/ip l s down dev eth0"
-SUBSYSTEM=="leds", KERNEL=="wan_led", ACTION=="add", ATTR{trigger}="netdev", ATTR{device_name}="eth1", ATTR{link}="1", ATTR{rx}="1", ATTR{tx}="1", RUN+="/bin/ip l s up dev eth1", RUN+="/bin/ip l s down dev eth1"
+SUBSYSTEM=="leds", KERNEL=="green:lan", ACTION=="add", ATTR{trigger}="netdev", ATTR{device_name}="eth0", ATTR{link}="1", ATTR{rx}="1", ATTR{tx}="1", RUN+="/bin/ip l s up dev eth0", RUN+="/bin/ip l s down dev eth0"
+SUBSYSTEM=="leds", KERNEL=="green:wan", ACTION=="add", ATTR{trigger}="netdev", ATTR{device_name}="eth1", ATTR{link}="1", ATTR{rx}="1", ATTR{tx}="1", RUN+="/bin/ip l s up dev eth1", RUN+="/bin/ip l s down dev eth1"
 _EOF_
 		# NanoPi R2S
 		elif (( $G_HW_MODEL == 55 ))

.build/software/shairport-sync/build.bash

@@ -487,7 +487,11 @@ find "$DIR" ! \( -path "$DIR/DEBIAN" -prune \) -type f -exec md5sum {} + | sed "
 
 # - Add dependencies
 adeps+=('libplist3' 'libsodium23' 'libgcrypt20')
-(( $G_DISTRO > 6 )) && adeps+=('libavcodec59') || adeps+=('libavcodec58')
+case $G_DISTRO in
+	5|6) adeps+=('libavcodec58');;
+	7) adeps+=('libavcodec59');;
+	*) adeps+=('libavcodec60');;
+esac
 DEPS_APT_VERSIONED=
 for i in "${adeps[@]}"
 do

.github/workflows/dietpi-build.yml

@@ -111,8 +111,14 @@ jobs:
         sudo dash -c 'umask 377; echo '\''${{ secrets.KNOWN_HOSTS }}'\'' > /root/.ssh/known_hosts; echo '\''${{ secrets.SSH_KEY }}'\'' > /root/.ssh/id_ed25519; > upload.sh; chmod 0711 upload.sh'
         echo '#!/bin/dash
         set -e
-        curl -T "${1:-EMPTY}" --key /root/.ssh/id_ed25519 '\''${{ secrets.UPLOAD_URL }}testing/'\''
-        curl '\''https://api.cloudflare.com/client/v4/zones/${{ secrets.CF_ZONE }}/purge_cache'\'' -H '\''Authorization: Bearer ${{ secrets.CF_TOKEN }}'\'' -H '\''Content-Type: application/json'\'' \
-        --data "{\"files\":[\"https://dietpi.com/downloads/images/testing/\",\"https://dietpi.com/downloads/images/testing/${1##*/}\"]}"' | sudo tee upload.sh > /dev/null
+        urls="\"https://dietpi.com/downloads/images/testing/\""
+        for i in "$@"; do urls="$urls,\"https://dietpi.com/downloads/images/testing/${i##*/}\""; done
+        IFS=,
+        curl -T "{$*}" --key /root/.ssh/id_ed25519 '\''${{ secrets.UPLOAD_URL }}testing/'\''
+        curl -H '\''Authorization: Bearer ${{ secrets.CF_TOKEN }}'\'' -H '\''Content-Type: application/json'\'' -d "{\"files\":[$urls]}" '\''https://api.cloudflare.com/client/v4/zones/${{ secrets.CF_ZONE }}/purge_cache'\''
+        echo' | sudo tee upload.sh > /dev/null
+        sudo gpg --batch --import << _EOF_
+        ${{ secrets.GPG_KEY }}
+        _EOF_
     - name: Run DietPi-Build
-      run: sudo bash -c "G_GITOWNER=$GITHUB_REPOSITORY_OWNER G_GITBRANCH=${GITHUB_REF#refs/heads/}; $(curl -sSf "https://raw.githubusercontent.com/$GITHUB_REPOSITORY_OWNER/DietPi/${GITHUB_REF#refs/heads/}/.build/images/dietpi-build")" 'DietPi-Build' ${{ matrix.buildargs }}
+      run: sudo bash -c "G_GITOWNER=$GITHUB_REPOSITORY_OWNER G_GITBRANCH=${GITHUB_REF#refs/heads/}; $(curl -sSf "https://raw.githubusercontent.com/$GITHUB_REPOSITORY_OWNER/DietPi/${GITHUB_REF#refs/heads/}/.build/images/dietpi-build")" 'DietPi-Build' ${{ matrix.buildargs }} --sign '${{ secrets.GPG_PASS }}'

.github/workflows/dietpi-software.bash

@@ -232,8 +232,8 @@ for i in $SOFTWARE
 do
 	case $i in
 		205) Process_Software webserver;;
-		27|56|63|64|107|132) Process_Software 89 webserver;; # 93 (Pi-hole) cannot be installed non-interactively
-		38|40|48|54|55|57|59|90|141|160) Process_Software 88 89 webserver;;
+		27|56|63|64|75|78|81|107|132) Process_Software 89 webserver;; # 93 (Pi-hole) cannot be installed non-interactively
+		38|40|48|54|55|57|59|76|79|82|90|160|210) Process_Software 88 89 webserver;;
 		159) Process_Software 36 37 65 88 89 96 121 124 128 129 152 160 163 webserver;;
 		47|114|168) Process_Software 88 89 91 webserver;;
 		8|33|131|179|206) Process_Software 196;;

.github/workflows/shellcheck.yml

@@ -16,7 +16,7 @@ jobs:
     steps:
     - name: Setup tmpfs
       run: sudo mount -t tmpfs -o "noatime,lazytime,uid=$(id -u)" tmpfs "$GITHUB_WORKSPACE"
-    - uses: actions/checkout@v3
+    - uses: actions/checkout@v4
     - name: Setup DietPi-Globals
       run: |
         sudo mkdir -p /boot/dietpi/func

.meta/dietpi-survey_report

@@ -683,13 +683,16 @@ shopt -s extglob
 	aSOFTWARE_NAME8_20[211]='Homebridge'
 
 	aSOFTWARE_NAME8_21=()
+	aSOFTWARE_NAME8_22=()
 	for i in "${!aSOFTWARE_NAME8_20[@]}"
 	do
 		aSOFTWARE_NAME8_21[i]=${aSOFTWARE_NAME8_20[i]}
+		aSOFTWARE_NAME8_22[i]=${aSOFTWARE_NAME8_21[i]}
 	done
+	aSOFTWARE_NAME8_22[141]='ADS-B Feeder'
 
 	# Pre-create software counter array so that we can see also software (available in newest version) with 0 installs
-	for i in "${aSOFTWARE_NAME8_21[@]}"
+	for i in "${aSOFTWARE_NAME8_22[@]}"
 	do
 		aSOFTWARE[$i]=0
 	done