not build with esp partition

create-seperated-image.sh

@@ -1,42 +1,25 @@
 #!/bin/bash
 set -ex
 image_name=$1
-efi_start_sector=$(gdisk -l ./${image_name}|grep efi|awk '{print $2}')
-efi_end_sector=$(gdisk -l ./${image_name}|grep efi|awk '{print $3}')
 rootfs_start_sector=$(gdisk -l ./${image_name}|grep rootfs|awk '{print $2}')
 rootfs_end_sector=$(gdisk -l ./${image_name}|grep rootfs|awk '{print $3}')
-rm esp*.img rootfs*.img ||true
-dd if=./${image_name} skip=${efi_start_sector} count=$((${efi_end_sector} - ${efi_start_sector})) of=esp.img
+rm rootfs*.img ||true
 dd if=./${image_name} skip=${rootfs_start_sector} count=$((${rootfs_end_sector} - ${rootfs_start_sector})) of=rootfs.img
 rm ${image_name}
 
 old_rootfs_image=rootfs.img
 old_rootfs_image_mount_dir=rootfs
 old_rootfs_image_uuid=$(blkid -s UUID -o value ${old_rootfs_image})
-old_esp_image=esp.img
-old_esp_image_mount_dir=esp
-old_esp_image_uuid=$(blkid -s UUID -o value ${old_esp_image})
 new_rootfs_image=${image_name%*.img}-rootfs.img
 new_rootfs_image_mount_dir=rootfs-new
-new_esp_image=${image_name%*.img}-esp.img
-new_esp_image_mount_dir=esp-new
-mkdir -p ${old_rootfs_image_mount_dir} ${old_esp_image_mount_dir} ${new_rootfs_image_mount_dir} ${new_esp_image_mount_dir}
+mkdir -p ${old_rootfs_image_mount_dir} ${new_rootfs_image_mount_dir}
 truncate --size=8192M ${new_rootfs_image}
-truncate --size=200M ${new_esp_image}
-mkfs.fat -S 4096 ${new_esp_image}
 mkfs.ext4 -F ${new_rootfs_image}
-new_esp_image_uuid=$(blkid -s UUID -o value ${new_esp_image})
 new_rootfs_image_uuid=$(blkid -s UUID -o value ${new_rootfs_image})
-sudo mount ${old_esp_image} ${old_esp_image_mount_dir}
-sudo mount ${new_esp_image} ${new_esp_image_mount_dir}
-sudo cp -rfp ${old_esp_image_mount_dir}/* ${new_esp_image_mount_dir}/
-sudo umount ${new_esp_image_mount_dir}
-sudo umount ${old_esp_image_mount_dir}
 sudo mount ${old_rootfs_image} ${old_rootfs_image_mount_dir}
 sudo mount ${new_rootfs_image} ${new_rootfs_image_mount_dir}
 sudo cp -rfp ${old_rootfs_image_mount_dir}/* ${new_rootfs_image_mount_dir}/
 sudo sed -i "s|${old_rootfs_image_uuid}|${new_rootfs_image_uuid}|g" ${new_rootfs_image_mount_dir}/etc/fstab
-sudo sed -i "s|${old_esp_image_uuid}|${new_esp_image_uuid}|g" ${new_rootfs_image_mount_dir}/etc/fstab
 gzip -c ./${new_rootfs_image_mount_dir}/boot/vmlinuz-*-sm8250-arm64 > Image.gz
 for panel_type in boe csot
 do
@@ -58,7 +41,6 @@ sudo umount ${old_rootfs_image_mount_dir}
 e2fsck -p -f ${new_rootfs_image}
 resize2fs -M ${new_rootfs_image}
 xz -z -T0 ${new_rootfs_image}
-xz -z -T0 ${new_esp_image}
 xz -z -T0 armbian-kernel-boe.img
 xz -z -T0 armbian-kernel-csot.img
-rm ${old_rootfs_image} ${old_esp_image} ||true
+rm ${old_rootfs_image} ||true

qcom-abl.conf

@@ -0,0 +1,11 @@
+#
+# SPDX-License-Identifier: GPL-2.0
+#
+# Copyright (c) 2013-2023 Igor Pecovnik, igor@armbian.com
+#
+# This file is a part of the Armbian Build Framework
+# https://github.com/armbian/build/
+#
+# Important: LINUXFAMILY and ARCH are defined _before_ including the common family include
+declare -g LINUXFAMILY="arm64"
+declare -g ARCH="arm64"

xiaomi-elish.conf

@@ -1,16 +1,12 @@
 # aarch64 via UEFI for all UEFI-enabled boards
 declare -g BOARD_NAME="Xiaomi Elish"
-declare -g BOARDFAMILY="uefi-arm64"
-declare -g BOARD_MAINTAINER="rpardini"
+declare -g BOARD_MAINTAINER="amazingfate"
+declare -g BOARDFAMILY="qcom-abl"
 declare -g KERNEL_TARGET="sm8250"
 declare -g EXTRAWIFI="no"
 declare -g MODULES="spi-geni-qcom nt36523_ts"
-
-declare -g BOOT_LOGO=desktop
-
-# This board boots via EFI/Grub, but requires a DTB to be passed, from Grub, to the Kernel.
-declare -g BOOT_FDT_FILE="qcom/sm8250-xiaomi-elish-boe.dtb"
-enable_extension "grub-with-dtb" # important, puts the whole DTB handling in place.
+declare -g BOOTCONFIG="none"
+declare -g IMAGE_PARTITION_TABLE="gpt"
 
 function post_family_config_branch_sm8250__pmos_kernel() {
 	display_alert "Setting up steev's kernel for" "${BOARD}" "warn"