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dumper.sh
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dumper.sh
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#!/bin/bash
# Clear Screen
tput reset 2>/dev/null || clear
# Unset Every Variables That We Are Gonna Use Later
unset PROJECT_DIR INPUTDIR UTILSDIR OUTDIR TMPDIR FILEPATH FILE EXTENSION UNZIP_DIR ArcPath \
GITHUB_TOKEN GIT_ORG TG_TOKEN CHAT_ID
# Resize Terminal Window To Atleast 30x90 For Better View
printf "\033[8;30;90t" || true
# Banner
function __bannerTop() {
local GREEN='\033[0;32m'
local NC='\033[0m'
echo -e \
${GREEN}"
██████╗░██╗░░░██╗███╗░░░███╗██████╗░██████╗░██╗░░██╗
██╔══██╗██║░░░██║████╗░████║██╔══██╗██╔══██╗╚██╗██╔╝
██║░░██║██║░░░██║██╔████╔██║██████╔╝██████╔╝░╚███╔╝░
██║░░██║██║░░░██║██║╚██╔╝██║██╔═══╝░██╔══██╗░██╔██╗░
██████╔╝╚██████╔╝██║░╚═╝░██║██║░░░░░██║░░██║██╔╝╚██╗
╚═════╝░░╚═════╝░╚═╝░░░░░╚═╝╚═╝░░░░░╚═╝░░╚═╝╚═╝░░╚═╝
"${NC}
}
# Usage/Help
function _usage() {
printf " \e[1;32;40m \u2730 Usage: \$ %s <Firmware File/Extracted Folder -OR- Supported Website Link> \e[0m\n" "${0}"
printf "\t\e[1;32m -> Firmware File: The .zip/.rar/.7z/.tar/.bin/.ozip/.kdz etc. file \e[0m\n\n"
sleep .5s
printf " \e[1;34m >> Supported Websites: \e[0m\n"
printf "\e[36m\t1. Directly Accessible Download Link From Any Website\n"
printf "\t2. Filehosters like - mega.nz | mediafire | gdrive | onedrive | androidfilehost\e[0m\n"
printf "\t\e[33m >> Must Wrap Website Link Inside Single-quotes ('')\e[0m\n"
sleep .2s
printf " \e[1;34m >> Supported File Formats For Direct Operation:\e[0m\n"
printf "\t\e[36m *.zip | *.rar | *.7z | *.tar | *.tar.gz | *.tgz | *.tar.md5\n"
printf "\t *.ozip | *.ofp | *.ops | *.kdz | ruu_*exe\n"
printf "\t system.new.dat | system.new.dat.br | system.new.dat.xz\n"
printf "\t system.new.img | system.img | system-sign.img | UPDATE.APP\n"
printf "\t *.emmc.img | *.img.ext4 | system.bin | system-p | payload.bin\n"
printf "\t *.nb0 | .*chunk* | *.pac | *super*.img | *system*.sin\e[0m\n\n"
}
# Welcome Banner
printf "\e[32m" && __bannerTop && printf "\e[0m" && sleep 0.3s
# Function Input Check
if [[ $# = 0 ]]; then
printf "\n \e[1;31;40m \u2620 Error: No Input Is Given.\e[0m\n\n"
sleep .5s && _usage && sleep 1s && exit 1
elif [[ "${1}" = "" ]]; then
printf "\n \e[1;31;40m ! BRUH: Enter Firmware Path.\e[0m\n\n"
sleep .5s && _usage && sleep 1s && exit 1
elif [[ "${1}" = " " || -n "$2" ]]; then
printf "\n \e[1;31;40m ! BRUH: Enter Only Firmware File Path.\e[0m\n\n"
sleep .5s && _usage && sleep 1s && exit 1
else
_usage # Output Usage By Default
fi
# Set Base Project Directory
PROJECT_DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" >/dev/null && pwd )"
if echo "${PROJECT_DIR}" | grep " "; then
printf "\nProject Directory Path Contains Empty Space,\nPlace The Script In A Proper UNIX-Formatted Folder\n\n"
sleep 1s && exit 1
fi
# Sanitize And Generate Folders
INPUTDIR="${PROJECT_DIR}"/input # Firmware Download/Preload Directory
UTILSDIR="${PROJECT_DIR}"/utils # Contains Supportive Programs
OUTDIR="${PROJECT_DIR}"/out # Contains Final Extracted Files
TMPDIR="${OUTDIR}"/tmp # Temporary Working Directory
rm -rf "${TMPDIR}" 2>/dev/null
mkdir -p "${OUTDIR}" "${TMPDIR}" 2>/dev/null
EXTERNAL_TOOLS=(
bkerler/oppo_ozip_decrypt
bkerler/oppo_decrypt
marin-m/vmlinux-to-elf
ShivamKumarJha/android_tools
HemanthJabalpuri/pacextractor
)
for tool_slug in "${EXTERNAL_TOOLS[@]}"; do
if ! [[ -d "${UTILSDIR}"/"${tool_slug#*/}" ]]; then
git clone -q https://github.com/"${tool_slug}".git "${UTILSDIR}"/"${tool_slug#*/}"
else
git -C "${UTILSDIR}"/"${tool_slug#*/}" pull
fi
done
# Activate virtual environment
[ -e ".venv" ] && source .venv/bin/activate
## See README.md File For Program Credits
# Set Utility Program Alias
SDAT2IMG="${UTILSDIR}"/sdat2img.py
SIMG2IMG="${UTILSDIR}"/bin/simg2img
PACKSPARSEIMG="${UTILSDIR}"/bin/packsparseimg
UNSIN="${UTILSDIR}"/unsin
PAYLOAD_EXTRACTOR="${UTILSDIR}"/bin/payload-dumper-go
DTB_EXTRACTOR="${UTILSDIR}"/extract-dtb.py
DTC="${UTILSDIR}"/dtc
VMLINUX2ELF="${UTILSDIR}"/vmlinux-to-elf/vmlinux-to-elf
KALLSYMS_FINDER="${UTILSDIR}"/vmlinux-to-elf/kallsyms-finder
OZIPDECRYPT="${UTILSDIR}"/oppo_ozip_decrypt/ozipdecrypt.py
OFP_QC_DECRYPT="${UTILSDIR}"/oppo_decrypt/ofp_qc_decrypt.py
OFP_MTK_DECRYPT="${UTILSDIR}"/oppo_decrypt/ofp_mtk_decrypt.py
OPSDECRYPT="${UTILSDIR}"/oppo_decrypt/opscrypto.py
LPUNPACK="${UTILSDIR}"/lpunpack
SPLITUAPP="${UTILSDIR}"/splituapp.py
PACEXTRACTOR="${UTILSDIR}"/pacextractor/python/pacExtractor.py
NB0_EXTRACT="${UTILSDIR}"/nb0-extract
KDZ_EXTRACT="${UTILSDIR}"/kdztools/unkdz.py
DZ_EXTRACT="${UTILSDIR}"/kdztools/undz.py
RUUDECRYPT="${UTILSDIR}"/RUU_Decrypt_Tool
EXTRACT_IKCONFIG="${UTILSDIR}"/extract-ikconfig
UNPACKBOOT="${UTILSDIR}"/unpackboot.sh
AML_EXTRACT="${UTILSDIR}"/aml-upgrade-package-extract
AFPTOOL_EXTRACT="${UTILSDIR}"/bin/afptool
RK_EXTRACT="${UTILSDIR}"/bin/rkImageMaker
TRANSFER="${UTILSDIR}"/bin/transfer
# Set Names of Downloader Utility Programs
MEGAMEDIADRIVE_DL="${UTILSDIR}"/downloaders/mega-media-drive_dl.sh
AFHDL="${UTILSDIR}"/downloaders/afh_dl.py
# EROFS
FSCK_EROFS=${UTILSDIR}/bin/fsck.erofs
# Partition List That Are Currently Supported
PARTITIONS="system system_ext system_other systemex vendor cust odm oem factory product xrom modem dtbo dtb boot vendor_boot recovery tz oppo_product preload_common opproduct reserve india my_preload my_odm my_stock my_operator my_country my_product my_company my_engineering my_heytap my_custom my_manifest my_carrier my_region my_bigball my_version special_preload system_dlkm vendor_dlkm odm_dlkm init_boot vendor_kernel_boot odmko socko nt_log mi_ext"
EXT4PARTITIONS="system vendor cust odm oem factory product xrom systemex oppo_product preload_common"
OTHERPARTITIONS="tz.mbn:tz tz.img:tz modem.img:modem NON-HLOS:modem boot-verified.img:boot recovery-verified.img:recovery dtbo-verified.img:dtbo"
# NOTE: $(pwd) is ${PROJECT_DIR}
if echo "${1}" | grep -q "${PROJECT_DIR}/input" && [[ $(find "${INPUTDIR}" -maxdepth 1 -type f -size +10M -print | wc -l) -gt 1 ]]; then
FILEPATH=$(printf "%s\n" "$1") # Relative Path To Script
FILEPATH=$(realpath "${FILEPATH}") # Absolute Path
printf "Copying Everything Into %s For Further Operations." "${TMPDIR}"
cp -a "${FILEPATH}"/* "${TMPDIR}"/
unset FILEPATH
elif echo "${1}" | grep -q "${PROJECT_DIR}/input/" && [[ $(find "${INPUTDIR}" -maxdepth 1 -type f -size +300M -print | wc -l) -eq 1 ]]; then
printf "Input Directory Exists And Contains File\n"
cd "${INPUTDIR}"/ || exit
# Input File Variables
FILEPATH=$(find "$(pwd)" -maxdepth 1 -type f -size +300M 2>/dev/null) # INPUTDIR's FILEPATH is Always File
FILE=${FILEPATH##*/}
EXTENSION=${FILEPATH##*.}
if echo "${EXTENSION}" | grep -q "zip\|rar\|7z\|tar$"; then
UNZIP_DIR=${FILE%.*} # Strip The File Extention With %.*
fi
else
# Attempt To Download File/Folder From Internet
if echo "${1}" | grep -q -e '^\(https\?\|ftp\)://.*$' >/dev/null; then
URL=${1}
mkdir -p "${INPUTDIR}" 2>/dev/null
cd "${INPUTDIR}"/ || exit
rm -rf "${INPUTDIR:?}"/* 2>/dev/null
if echo "${URL}" | grep -q "mega.nz\|mediafire.com\|drive.google.com"; then
( "${MEGAMEDIADRIVE_DL}" "${URL}" ) || exit 1
elif echo "${URL}" | grep -q "androidfilehost.com"; then
( python3 "${AFHDL}" -l "${URL}" ) || exit 1
elif echo "${URL}" | grep -q "/we.tl/"; then
( "${TRANSFER}" "${URL}" ) || exit 1
else
if echo "${URL}" | grep -q "1drv.ms"; then URL=${URL/ms/ws}; fi
aria2c -x16 -s8 --console-log-level=warn --summary-interval=0 --check-certificate=false "${URL}" || {
wget -q --show-progress --progress=bar:force --no-check-certificate "${URL}" || exit 1
}
fi
unset URL
for f in *; do detox -r "${f}" 2>/dev/null; done # Detox Filename
# Input File Variables
FILEPATH=$(find "$(pwd)" -maxdepth 1 -type f 2>/dev/null) # Single File
printf "\nWorking with %s\n\n" "${FILEPATH##*/}"
[[ $(echo "${FILEPATH}" | tr ' ' '\n' | wc -l) -gt 1 ]] && FILEPATH=$(find "$(pwd)" -maxdepth 2 -type d) # Base Folder
else
# For Local File/Folder, Do Not Use Input Directory
FILEPATH=$(printf "%s\n" "$1") # Relative Path To Script
FILEPATH=$(realpath "${FILEPATH}") # Absolute Path
if echo "${1}" | grep " "; then
if [[ -w "${FILEPATH}" ]]; then
detox -r "${FILEPATH}" 2>/dev/null
FILEPATH=$(echo "${FILEPATH}" | inline-detox)
fi
fi
[[ ! -e "${FILEPATH}" ]] && { echo -e "Input File/Folder Doesn't Exist" && exit 1; }
fi
# Input File Variables
FILE=${FILEPATH##*/}
EXTENSION=${FILEPATH##*.}
if echo "${EXTENSION}" | grep -q "zip\|rar\|7z\|tar$"; then
UNZIP_DIR=${FILE%.*} # Strip The File Extention With %.*
fi
if [[ -d "${FILEPATH}" || "${EXTENSION}" == "" ]]; then
printf "Directory Detected.\n"
if find "${FILEPATH}" -maxdepth 1 -type f | grep -v "compatibility.zip" | grep -q ".*.tar$\|.*.zip\|.*.rar\|.*.7z"; then
printf "Supplied Folder Has Compressed Archive That Needs To Re-Load\n"
# Set From Download Directory
ArcPath=$(find "${INPUTDIR}"/ -maxdepth 1 -type f \( -name "*.tar" -o -name "*.zip" -o -name "*.rar" -o -name "*.7z" \) -print | grep -v "compatibility.zip")
# If Empty, Set From Original Local Folder
[[ -z "${ArcPath}" ]] && ArcPath=$(find "${FILEPATH}"/ -maxdepth 1 -type f \( -name "*.tar" -o -name "*.zip" -o -name "*.rar" -o -name "*.7z" \) -print | grep -v "compatibility.zip")
if ! echo "${ArcPath}" | grep -q " "; then
# Assuming There're Only One Archive To Re-Load And Process
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${ArcPath}" ) || exit 1
exit
elif echo "${ArcPath}" | grep -q " "; then
printf "More Than One Archive File Is Available In %s Folder.\nPlease Use Direct Archive Path Along With This Toolkit\n" "${FILEPATH}" && exit 1
fi
elif find "${FILEPATH}" -maxdepth 1 -type f | grep ".*system.ext4.tar.*\|.*chunk\|system\/build.prop\|system.new.dat\|system_new.img\|system.img\|system-sign.img\|system.bin\|payload.bin\|.*rawprogram*\|system.sin\|.*system_.*\.sin\|system-p\|super\|UPDATE.APP\|.*.pac\|.*.nb0" | grep -q -v ".*chunk.*\.so$"; then
printf "Copying Everything Into %s For Further Operations." "${TMPDIR}"
cp -a "${FILEPATH}"/* "${TMPDIR}"/
unset FILEPATH
else
printf "\e[31m BRUH: This type of firmware is not supported.\e[0m\n"
cd "${PROJECT_DIR}"/ || exit
rm -rf "${TMPDIR}" "${OUTDIR}"
exit 1
fi
fi
fi
cd "${PROJECT_DIR}"/ || exit
# Function for Extracting Super Images
function superimage_extract() {
if [ -f super.img ]; then
echo "Extracting Partitions from the Super Image..."
${SIMG2IMG} super.img super.img.raw 2>/dev/null
fi
if [[ ! -s super.img.raw ]] && [ -f super.img ]; then
mv super.img super.img.raw
fi
for partition in $PARTITIONS; do
($LPUNPACK --partition="$partition"_a super.img.raw || $LPUNPACK --partition="$partition" super.img.raw) 2>/dev/null
if [ -f "$partition"_a.img ]; then
mv "$partition"_a.img "$partition".img
else
foundpartitions=$(7z l -ba "${FILEPATH}" | rev | gawk '{ print $1 }' | rev | grep $partition.img)
7z e -y "${FILEPATH}" $foundpartitions dummypartition 2>/dev/null >> $TMPDIR/zip.log
fi
done
rm -rf super.img.raw
}
printf "Extracting firmware on: %s\n" "${OUTDIR}"
cd "${TMPDIR}"/ || exit
# Oppo .ozip Check
if [[ $(head -c12 "${FILEPATH}" 2>/dev/null | tr -d '\0') == "OPPOENCRYPT!" ]] || [[ "${EXTENSION}" == "ozip" ]]; then
printf "Oppo/Realme ozip Detected.\n"
# Either Move Downloaded/Re-Loaded File Or Copy Local File
mv -f "${INPUTDIR}"/"${FILE}" "${TMPDIR}"/"${FILE}" 2>/dev/null || cp -a "${FILEPATH}" "${TMPDIR}"/"${FILE}"
printf "Decrypting ozip And Making A Zip...\n"
python3 "${OZIPDECRYPT}" "${TMPDIR}"/"${FILE}"
mkdir -p "${INPUTDIR}" 2>/dev/null && rm -rf -- "${INPUTDIR:?}"/* 2>/dev/null
if [[ -f "${FILE%.*}".zip ]]; then
mv "${FILE%.*}".zip "${INPUTDIR}"/
elif [[ -d "${TMPDIR}"/out ]]; then
mv "${TMPDIR}"/out/* "${INPUTDIR}"/
fi
rm -rf "${TMPDIR:?}"/*
printf "Re-Loading The Decrypted Content.\n"
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${PROJECT_DIR}/input/" 2>/dev/null || bash "${0}" "${INPUTDIR}"/"${FILE%.*}".zip ) || exit 1
exit
fi
# Oneplus .ops Check
if 7z l -ba "${FILEPATH}" | grep -q ".*.ops" 2>/dev/null; then
printf "Oppo/Oneplus ops Firmware Detected Extracting...\n"
foundops=$(7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep ".*.ops")
7z e -y -- "${FILEPATH}" "${foundops}" */"${foundops}" 2>/dev/null >> "${TMPDIR}"/zip.log
mkdir -p "${INPUTDIR}" 2>/dev/null && rm -rf -- "${INPUTDIR:?}"/* 2>/dev/null
mv "$(echo "${foundops}" | gawk -F['/'] '{print $NF}')" "${INPUTDIR}"/
sleep 1s
printf "Reloading the extracted OPS\n"
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${PROJECT_DIR}/input/${foundops}" 2>/dev/null) || exit 1
exit
fi
if [[ "${EXTENSION}" == "ops" ]]; then
printf "Oppo/Oneplus ops Detected.\n"
# Either Move Downloaded/Re-Loaded File Or Copy Local File
mv -f "${INPUTDIR}"/"${FILE}" "${TMPDIR}"/"${FILE}" 2>/dev/null || cp -a "${FILEPATH}" "${TMPDIR}"/"${FILE}"
printf "Decrypting ops & extracing...\n"
python3 "${OPSDECRYPT}" decrypt "${TMPDIR}"/"${FILE}"
mkdir -p "${INPUTDIR}" 2>/dev/null && rm -rf -- "${INPUTDIR:?}"/* 2>/dev/null
mv "${TMPDIR}"/extract/* "${INPUTDIR}"/
rm -rf "${TMPDIR:?}"/*
printf "Re-Loading The Decrypted Content.\n"
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${PROJECT_DIR}/input/" 2>/dev/null || bash "${0}" "${INPUTDIR}"/"${FILE%.*}".zip ) || exit 1
exit
fi
# Oppo .ofp Check
if 7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep -q ".*.ofp" 2>/dev/null; then
printf "Oppo ofp Detected.\n"
foundofp=$(7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep ".*.ofp")
7z e -y -- "${FILEPATH}" "${foundofp}" */"${foundofp}" 2>/dev/null >> "${TMPDIR}"/zip.log
mkdir -p "${INPUTDIR}" 2>/dev/null && rm -rf -- "${INPUTDIR:?}"/* 2>/dev/null
mv "$(echo "${foundofp}" | gawk -F['/'] '{print $NF}')" "${INPUTDIR}"/
sleep 1s
printf "Reloading the extracted OFP\n"
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${PROJECT_DIR}/input/${foundofp}" 2>/dev/null) || exit 1
exit
fi
if [[ "${EXTENSION}" == "ofp" ]]; then
printf "Oppo ofp Detected.\n"
# Either Move Downloaded/Re-Loaded File Or Copy Local File
mv -f "${INPUTDIR}"/"${FILE}" "${TMPDIR}"/"${FILE}" 2>/dev/null || cp -a "${FILEPATH}" "${TMPDIR}"/"${FILE}"
printf "Decrypting ofp & extracing...\n"
python3 "$OFP_QC_DECRYPT" "${TMPDIR}"/"${FILE}" out
if [[ ! -f "${TMPDIR}"/out/boot.img || ! -f "${TMPDIR}"/out/userdata.img ]]; then
python3 "$OFP_MTK_DECRYPT" "${TMPDIR}"/"${FILE}" out
if [[ ! -f "${TMPDIR}"/out/boot.img || ! -f "${TMPDIR}"/out/userdata.img ]]; then
printf "ofp decryption error.\n" && exit 1
fi
fi
mkdir -p "${INPUTDIR}" 2>/dev/null && rm -rf -- "${INPUTDIR:?}"/* 2>/dev/null
if [[ -d "${TMPDIR}"/out ]]; then
mv "${TMPDIR}"/out/* "${INPUTDIR}"/
fi
rm -rf "${TMPDIR:?}"/*
printf "Re-Loading The Decrypted Contents.\n"
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${PROJECT_DIR}/input/" ) || exit 1
exit
fi
# Xiaomi .tgz Check
if [[ "${FILE##*.}" == "tgz" || "${FILE#*.}" == "tar.gz" ]]; then
printf "Xiaomi gzipped tar archive found.\n"
mkdir -p "${INPUTDIR}" 2>/dev/null
if [[ -f "${INPUTDIR}"/"${FILE}" ]]; then
tar xzvf "${INPUTDIR}"/"${FILE}" -C "${INPUTDIR}"/ --transform='s/.*\///'
rm -rf -- "${INPUTDIR:?}"/"${FILE}"
elif [[ -f "${FILEPATH}" ]]; then
tar xzvf "${FILEPATH}" -C "${INPUTDIR}"/ --transform='s/.*\///'
fi
find "${INPUTDIR}"/ -type d -empty -delete # Delete Empth Folder Leftover
rm -rf "${TMPDIR:?}"/*
printf "Re-Loading The Extracted Contents.\n"
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${PROJECT_DIR}/input/" ) || exit 1
exit
fi
# LG KDZ Check
if echo "${FILEPATH}" | grep -q ".*.kdz" || [[ "${EXTENSION}" == "kdz" ]]; then
printf "LG KDZ Detected.\n"
# Either Move Downloaded/Re-Loaded File Or Copy Local File
mv -f "${INPUTDIR}"/"${FILE}" "${TMPDIR}"/ 2>/dev/null || cp -a "${FILEPATH}" "${TMPDIR}"/
python3 "${KDZ_EXTRACT}" -f "${FILE}" -x -o "./" 2>/dev/null
DZFILE=$(ls -- *.dz)
printf "Extracting All Partitions As Individual Images.\n"
python3 "${DZ_EXTRACT}" -f "${DZFILE}" -s -o "./" 2>/dev/null
rm -f "${TMPDIR}"/"${FILE}" "${TMPDIR}"/"${DZFILE}" 2>/dev/null
# dzpartitions="gpt_main persist misc metadata vendor system system_other product userdata gpt_backup tz boot dtbo vbmeta cust oem odm factory modem NON-HLOS"
find "${TMPDIR}" -maxdepth 1 -type f -name "*.image" | while read -r i; do mv "${i}" "${i/.image/.img}" 2>/dev/null; done
find "${TMPDIR}" -maxdepth 1 -type f -name "*_a.img" | while read -r i; do mv "${i}" "${i/_a.img/.img}" 2>/dev/null; done
find "${TMPDIR}" -maxdepth 1 -type f -name "*_b.img" -exec rm -rf {} \;
fi
# HTC RUU Check
if echo "${FILEPATH}" | grep -i "^ruu_" | grep -q -i "exe$" || [[ "${EXTENSION}" == "exe" ]]; then
printf "HTC RUU Detected.\n"
# Either Move Downloaded/Re-Loaded File Or Copy Local File
mv -f "${INPUTDIR}"/"${FILE}" "${TMPDIR}"/ || cp -a "${FILEPATH}" "${TMPDIR}"/
printf "Extracting System And Firmware Partitions...\n"
"${RUUDECRYPT}" -s "${FILE}" 2>/dev/null
"${RUUDECRYPT}" -f "${FILE}" 2>/dev/null
find "${TMPDIR}"/OUT* -name "*.img" -exec mv {} "${TMPDIR}"/ \;
fi
# Amlogic upgrade package (AML) Check
if [[ $(7z l -ba "${FILEPATH}" | grep -i aml) ]]; then
echo "AML Detected"
cp "${FILEPATH}" ${TMPDIR}
FILE="${TMPDIR}/$(basename ${FILEPATH})"
7z e -y "${FILEPATH}" >> ${TMPDIR}/zip.log
"${AML_EXTRACT}" $(find . -type f -name "*aml*.img")
rename 's/.PARTITION$/.img/' *.PARTITION
rename 's/_aml_dtb.img$/dtb.img/' *.img
rename 's/_a.img/.img/' *.img
if [[ -f super.img ]]; then
superimage_extract || exit 1
fi
for partition in $PARTITIONS; do
[[ -e "${TMPDIR}/${partition}.img" ]] && mv "${TMPDIR}/${partition}.img" "${OUTDIR}/${partition}.img"
done
rm -rf ${TMPDIR}
fi
# Extract & Move Raw Otherpartitons To OUTDIR
if [[ -f "${FILEPATH}" ]]; then
for otherpartition in ${OTHERPARTITIONS}; do
filename=${otherpartition%:*} && outname=${otherpartition#*:}
if 7z l -ba "${FILEPATH}" | grep -q "${filename}"; then
printf "%s Detected For %s\n" "${filename}" "${outname}"
foundfile=$(7z l -ba "${FILEPATH}" | grep "${filename}" | awk '{print $NF}')
7z e -y -- "${FILEPATH}" "${foundfile}" */"${foundfile}" 2>/dev/null >> "${TMPDIR}"/zip.log
output=$(ls -- "${filename}"* 2>/dev/null)
[[ ! -e "${TMPDIR}"/"${outname}".img ]] && mv "${output}" "${TMPDIR}"/"${outname}".img
"${SIMG2IMG}" "${TMPDIR}"/"${outname}".img "${OUTDIR}"/"${outname}".img 2>/dev/null
[[ ! -s "${OUTDIR}"/"${outname}".img && -f "${TMPDIR}"/"${outname}".img ]] && mv "${outname}".img "${OUTDIR}"/"${outname}".img
fi
done
fi
# Extract/Put Image/Extra Files In TMPDIR
if 7z l -ba "${FILEPATH}" | grep -q "system.new.dat" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "system.new.dat*" -print | wc -l) -ge 1 ]]; then
printf "A-only DAT-Formatted OTA detected.\n"
for partition in $PARTITIONS; do
7z e -y "${FILEPATH}" ${partition}.new.dat* ${partition}.transfer.list ${partition}.img 2>/dev/null >> ${TMPDIR}/zip.log
7z e -y "${FILEPATH}" ${partition}.*.new.dat* ${partition}.*.transfer.list ${partition}.*.img 2>/dev/null >> ${TMPDIR}/zip.log
rename 's/(\w+)\.(\d+)\.(\w+)/$1.$3/' *
# For Oplus A-only OTAs, eg OnePlus Nord 2. Regex matches the 8 digits of Oplus NV ID (prop ro.build.oplus_nv_id) to remove them.
# hello@world:~/test_regex# rename -n 's/(\w+)\.(\d+)\.(\w+)/$1.$3/' *
# rename(my_bigball.00011011.new.dat.br, my_bigball.new.dat.br)
# rename(my_bigball.00011011.patch.dat, my_bigball.patch.dat)
# rename(my_bigball.00011011.transfer.list, my_bigball.transfer.list)
if [[ -f ${partition}.new.dat.1 ]]; then
cat ${partition}.new.dat.{0..999} 2>/dev/null >> ${partition}.new.dat
rm -rf ${partition}.new.dat.{0..999}
fi
ls | grep "\.new\.dat" | while read i; do
line=$(echo "$i" | cut -d"." -f1)
if [[ $(echo "$i" | grep "\.dat\.xz") ]]; then
7z e -y "$i" 2>/dev/null >> ${TMPDIR}/zip.log
rm -rf "$i"
fi
if [[ $(echo "$i" | grep "\.dat\.br") ]]; then
echo "Converting brotli ${partition} dat to normal"
brotli -d "$i"
rm -f "$i"
fi
echo "Extracting ${partition}"
python3 ${SDAT2IMG} ${line}.transfer.list ${line}.new.dat "${OUTDIR}"/${line}.img > ${TMPDIR}/extract.log
rm -rf ${line}.transfer.list ${line}.new.dat
done
done
elif 7z l -ba "${FILEPATH}" | grep rawprogram || [[ $(find "${TMPDIR}" -type f -name "*rawprogram*" | wc -l) -ge 1 ]]; then
echo "QFIL Detected"
rawprograms=$(7z l -ba ${FILEPATH} | gawk '{ print $NF }' | grep rawprogram)
7z e -y ${FILEPATH} $rawprograms 2>/dev/null >> ${TMPDIR}/zip.log
for partition in $PARTITIONS; do
partitionsonzip=$(7z l -ba ${FILEPATH} | gawk '{ print $NF }' | grep $partition)
if [[ ! $partitionsonzip == "" ]]; then
7z e -y ${FILEPATH} $partitionsonzip 2>/dev/null >> ${TMPDIR}/zip.log
if [[ ! -f "$partition.img" ]]; then
if [[ -f "$partition.raw.img" ]]; then
mv "$partition.raw.img" "$partition.img"
else
rawprogramsfile=$(grep -rlw $partition rawprogram*.xml)
"${PACKSPARSEIMG}" -t $partition -x $rawprogramsfile > ${TMPDIR}/extract.log
mv "$partition.raw" "$partition.img"
fi
fi
fi
done
if [[ -f super.img ]]; then
superimage_extract || exit 1
fi
elif 7z l -ba "${FILEPATH}" | grep -q ".*.nb0" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "*.nb0*" | wc -l) -ge 1 ]]; then
printf "nb0-Formatted Firmware Detected.\n"
if [[ -f "${FILEPATH}" ]]; then
to_extract=$(7z l -ba "${FILEPATH}" | grep ".*.nb0" | gawk '{print $NF}')
7z e -y -- "${FILEPATH}" "${to_extract}" 2>/dev/null >> "${TMPDIR}"/zip.log
else
find "${TMPDIR}" -type f -name "*.nb0*" -exec mv {} . \; 2>/dev/null
fi
"${NB0_EXTRACT}" "${to_extract}" "${TMPDIR}"
elif 7z l -ba "${FILEPATH}" | grep system | grep chunk | grep -q -v ".*\.so$" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "*system*chunk*" | wc -l) -ge 1 ]]; then
printf "Chunk Detected.\n"
for partition in ${PARTITIONS}; do
if [[ -f "${FILEPATH}" ]]; then
foundpartitions=$(7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep "${partition}".img)
7z e -y -- "${FILEPATH}" *"${partition}"*chunk* */*"${partition}"*chunk* "${foundpartitions}" dummypartition 2>/dev/null >> "${TMPDIR}"/zip.log
else
find "${TMPDIR}" -type f -name "*${partition}*chunk*" -exec mv {} . \; 2>/dev/null
find "${TMPDIR}" -type f -name "*${partition}*.img" -exec mv {} . \; 2>/dev/null
fi
rm -f -- *"${partition}"_b*
rm -f -- *"${partition}"_other*
romchunk=$(find . -maxdepth 1 -type f -name "*${partition}*chunk*" | cut -d'/' -f'2-' | sort)
if echo "${romchunk}" | grep -q "sparsechunk"; then
if [[ ! -f "${partition}".img ]]; then
"${SIMG2IMG}" "${romchunk}" "${partition}".img.raw 2>/dev/null
mv "${partition}".img.raw "${partition}".img
fi
rm -rf -- *"${partition}"*chunk* 2>/dev/null
fi
done
elif 7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep -q "system_new.img\|^system.img\|\/system.img\|\/system_image.emmc.img\|^system_image.emmc.img" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "system*.img" | wc -l) -ge 1 ]]; then
printf "Image File detected.\n"
if [[ -f "${FILEPATH}" ]]; then
7z x -y "${FILEPATH}" 2>/dev/null >> "${TMPDIR}"/zip.log
fi
for f in "${TMPDIR}"/*; do detox -r "${f}" 2>/dev/null; done
find "${TMPDIR}" -mindepth 2 -type f -name "*_image.emmc.img" | while read -r i; do mv "${i}" "${i/_image.emmc.img/.img}" 2>/dev/null; done
find "${TMPDIR}" -mindepth 2 -type f -name "*_new.img" | while read -r i; do mv "${i}" "${i/_new.img/.img}" 2>/dev/null; done
find "${TMPDIR}" -mindepth 2 -type f -name "*.img.ext4" | while read -r i; do mv "${i}" "${i/.img.ext4/.img}" 2>/dev/null; done
find "${TMPDIR}" -mindepth 2 -type f -name "*.img" -exec mv {} . \; # move .img in sub-dir to ${TMPDIR}
### Keep some files, add script here to retain them
find "${TMPDIR}" -type f -iname "*Android_scatter.txt" -exec mv {} "${OUTDIR}"/ \;
find "${TMPDIR}" -type f -iname "*Release_Note.txt" -exec mv {} "${OUTDIR}"/ \;
find "${TMPDIR}" -type f ! -name "*img*" -exec rm -rf {} \; # delete other files
find "${TMPDIR}" -maxdepth 3 -type f -name "*.img" -exec mv {} . \; 2>/dev/null
elif 7z l -ba "${FILEPATH}" | grep -q "system.sin\|.*system_.*\.sin" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "system*.sin" | wc -l) -ge 1 ]]; then
printf "sin Image Detected.\n"
[[ -f "${FILEPATH}" ]] && 7z x -y "${FILEPATH}" 2>/dev/null >> "${TMPDIR}"/zip.log
# Remove Unnecessary Filename Part
to_remove=$(find . -type f | grep ".*boot_.*\.sin" | gawk '{print $NF}' | sed -e 's/boot_\(.*\).sin/\1/')
[[ -z "$to_remove" ]] && to_remove=$(find . -type f | grep ".*cache_.*\.sin" | gawk '{print $NF}' | sed -e 's/cache_\(.*\).sin/\1/')
[[ -z "$to_remove" ]] && to_remove=$(find . -type f | grep ".*vendor_.*\.sin" | gawk '{print $NF}' | sed -e 's/vendor_\(.*\).sin/\1/')
find "${TMPDIR}" -mindepth 2 -type f -name "*.sin" -exec mv {} . \; # move .img in sub-dir to ${TMPDIR}
find "${TMPDIR}" -maxdepth 1 -type f -name "*_${to_remove}.sin" | while read -r i; do mv "${i}" "${i/_${to_remove}.sin/.sin}" 2>/dev/null; done # proper names
"${UNSIN}" -d "${TMPDIR}"
find "${TMPDIR}" -maxdepth 1 -type f -name "*.ext4" | while read -r i; do mv "${i}" "${i/.ext4/.img}" 2>/dev/null; done # proper names
foundsuperinsin=$(find "${TMPDIR}" -maxdepth 1 -type f -name "super_*.img")
if [ ! -z $foundsuperinsin ]; then
mv $(ls ${TMPDIR}/super_*.img) "${TMPDIR}/super.img"
echo "super image inside a sin detected"
superimage_extract || exit 1
fi
elif 7z l -ba "${FILEPATH}" | grep ".pac$" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "*.pac" | wc -l) -ge 1 ]]; then
printf "pac Detected.\n"
[[ -f "${FILEPATH}" ]] && 7z x -y "${FILEPATH}" 2>/dev/null >> "${TMPDIR}"/zip.log
for f in "${TMPDIR}"/*; do detox -r "${f}"; done
pac_list=$(find . -type f -name "*.pac" | cut -d'/' -f'2-' | sort)
for file in ${pac_list}; do
python3 "${PACEXTRACTOR}" "${file}" $(pwd)
done
if [[ -f super.img ]]; then
superimage_extract || exit 1
fi
elif 7z l -ba "${FILEPATH}" | grep -q "system.bin" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "system.bin" | wc -l) -ge 1 ]]; then
printf "bin Images Detected\n"
[[ -f "${FILEPATH}" ]] && 7z x -y "${FILEPATH}" 2>/dev/null >> "${TMPDIR}"/zip.log
find "${TMPDIR}" -mindepth 2 -type f -name "*.bin" -exec mv {} . \; # move .img in sub-dir to ${TMPDIR}
find "${TMPDIR}" -maxdepth 1 -type f -name "*.bin" | while read -r i; do mv "${i}" "${i/\.bin/.img}" 2>/dev/null; done # proper names
elif 7z l -ba "${FILEPATH}" | grep -q "system-p" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "system-p*" | wc -l) -ge 1 ]]; then
printf "P-Suffix Images Detected\n"
for partition in ${PARTITIONS}; do
if [[ -f "${FILEPATH}" ]]; then
foundpartitions=$(7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep "${partition}-p")
7z e -y -- "${FILEPATH}" "${foundpartitions}" dummypartition 2>/dev/null >> "${TMPDIR}"/zip.log
else
foundpartitions=$(find . -type f -name "*${partition}-p*" | cut -d'/' -f'2-')
fi
[[ -n "${foundpartitions}" ]] && mv "$(ls "${partition}"-p*)" "${partition}".img
done
elif 7z l -ba "${FILEPATH}" | grep -q "system-sign.img" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "system-sign.img" | wc -l) -ge 1 ]]; then
printf "Signed Images Detected\n"
[[ -f "${FILEPATH}" ]] && 7z x -y "${FILEPATH}" 2>/dev/null >> "${TMPDIR}"/zip.log
for f in "${TMPDIR}"/*; do detox -r "${f}"; done
for partition in ${PARTITIONS}; do
[[ -e "${TMPDIR}"/"${partition}".img ]] && mv "${TMPDIR}"/"${partition}".img "${OUTDIR}"/"${partition}".img
done
find "${TMPDIR}" -mindepth 2 -type f -name "*-sign.img" -exec mv {} . \; # move .img in sub-dir to ${TMPDIR}
find "${TMPDIR}" -type f ! -name "*-sign.img" -exec rm -rf {} \; # delete other files
find "${TMPDIR}" -maxdepth 1 -type f -name "*-sign.img" | while read -r i; do mv "${i}" "${i/-sign.img/.img}" 2>/dev/null; done # proper .img names
sign_list=$(find . -maxdepth 1 -type f -name "*.img" | cut -d'/' -f'2-' | sort)
for file in ${sign_list}; do
rm -rf "${TMPDIR}"/x.img >/dev/null 2>&1
MAGIC=$(head -c4 "${TMPDIR}"/"${file}" | tr -d '\0')
if [[ "${MAGIC}" == "SSSS" ]]; then
printf "Cleaning %s with SSSS header\n" "${file}"
# This Is For little_endian Arch
offset_low=$(od -A n -x -j 60 -N 2 "${TMPDIR}"/"${file}" | sed 's/ //g')
offset_high=$(od -A n -x -j 62 -N 2 "${TMPDIR}"/"${file}" | sed 's/ //g')
offset_low=0x${offset_low:0-4}
offset_high=0x${offset_high:0-4}
offset_low=$(printf "%d" "${offset_low}")
offset_high=$(printf "%d" "${offset_high}")
offset=$((65536*offset_high+offset_low))
dd if="${TMPDIR}"/"${file}" of="${TMPDIR}"/x.img iflag=count_bytes,skip_bytes bs=8192 skip=64 count=${offset} >/dev/null 2>&1
else # Header With BFBF Magic Or Another Unknowed Header
dd if="${TMPDIR}"/"${file}" of="${TMPDIR}"/x.img bs=$((0x4040)) skip=1 >/dev/null 2>&1
fi
done
elif [[ $(7z l -ba "$FILEPATH" | grep "super.img") ]]; then
echo "Super Image detected"
foundsupers=$(7z l -ba "${FILEPATH}" | gawk '{ print $NF }' | grep "super.img")
7z e -y "${FILEPATH}" $foundsupers dummypartition 2>/dev/null >> ${TMPDIR}/zip.log
superchunk=$(ls | grep chunk | grep super | sort)
if [[ $(echo "$superchunk" | grep "sparsechunk") ]]; then
"${SIMG2IMG}" $(echo "$superchunk" | tr '\n' ' ') super.img.raw 2>/dev/null
rm -rf *super*chunk*
fi
superimage_extract || exit 1
elif [[ $(find "${TMPDIR}" -type f -name "super*.*img" | wc -l) -ge 1 ]]; then
echo "Super Image Detected"
if [[ -f "${FILEPATH}" ]]; then
foundsupers=$(7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep "super.*img")
7z e -y -- "${FILEPATH}" "${foundsupers}" dummypartition 2>/dev/null >> "${TMPDIR}"/zip.log
fi
splitsupers=$(ls | grep -oP "super.[0-9].+.img")
if [[ ! -z "${splitsupers}" ]]; then
printf "Creating super.img.raw ...\n"
"${SIMG2IMG}" ${splitsupers} super.img.raw 2>/dev/null
rm -rf -- ${splitsupers}
fi
superchunk=$(find . -maxdepth 1 -type f -name "*super*chunk*" | cut -d'/' -f'2-' | sort)
if echo "${superchunk}" | grep -q "sparsechunk"; then
printf "Creating super.img.raw ...\n"
"${SIMG2IMG}" ${superchunk} super.img.raw 2>/dev/null
rm -rf -- *super*chunk*
fi
superimage_extract || exit 1
elif 7z l -ba "${FILEPATH}" | grep tar.md5 | gawk '{print $NF}' | grep -q AP_ 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "*AP_*tar.md5" | wc -l) -ge 1 ]]; then
printf "AP tarmd5 Detected\n"
#mv -f "${FILEPATH}" "${TMPDIR}"/
[[ -f "${FILEPATH}" ]] && 7z e -y "${FILEPATH}" 2>/dev/null >> "${TMPDIR}"/zip.log
printf "Extracting Images...\n"
for i in $(ls *.tar.md5); do
tar -xf "${i}" || exit 1
rm -fv "${i}" || exit 1
printf "Extracted %s\n" "${i}"
done
[[ $(ls *.lz4 2>/dev/null) ]] && {
printf "Extracting lz4 Archives...\n"
for f in $(ls *.lz4); do
lz4 -dc ${f} > "${f/.lz4/}" || exit 1
rm -fv ${f} || exit 1
printf "Extracted %s\n" "${f}"
done
}
if [[ -f super.img ]]; then
superimage_extract || exit 1
fi
if [[ -f system.img.ext4 ]]; then
find "${TMPDIR}" -maxdepth 1 -type f -name "*.img.ext4" | rename 's/.img.ext4/.img/g' > /dev/null 2>&1
fi
if [[ ! -f system.img ]]; then
printf "Extract failed\n"
rm -rf "${TMPDIR}" && exit 1
fi
elif 7z l -ba "${FILEPATH}" | grep -q payload.bin 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "payload.bin" | wc -l) -ge 1 ]]; then
printf "AB OTA Payload Detected\n"
${PAYLOAD_EXTRACTOR} -o "${TMPDIR}" "${FILEPATH}" >/dev/null
elif 7z l -ba "${FILEPATH}" | grep ".*.rar\|.*.zip\|.*.7z\|.*.tar$" 2>/dev/null || [[ $(find "${TMPDIR}" -type f \( -name "*.rar" -o -name "*.zip" -o -name "*.7z" -o -name "*.tar" \) | wc -l) -ge 1 ]]; then
printf "Rar/Zip/7Zip/Tar Archived Firmware Detected\n"
if [[ -f "${FILEPATH}" ]]; then
mkdir -p "${TMPDIR}"/"${UNZIP_DIR}" 2>/dev/null
7z e -y "${FILEPATH}" -o"${TMPDIR}"/"${UNZIP_DIR}" >> "${TMPDIR}"/zip.log
for f in "${TMPDIR}"/"${UNZIP_DIR}"/*; do detox -r "${f}" 2>/dev/null; done
fi
zip_list=$(find ./"${UNZIP_DIR}" -type f -size +300M \( -name "*.rar" -o -name "*.zip" -o -name "*.7z" -o -name "*.tar" \) | cut -d'/' -f'2-' | sort)
mkdir -p "${INPUTDIR}" 2>/dev/null
rm -rf "${INPUTDIR:?}"/* 2>/dev/null
for file in ${zip_list}; do
mv "${TMPDIR}"/"${file}" "${INPUTDIR}"/
rm -rf "${TMPDIR:?}"/*
cd "${PROJECT_DIR}"/ || exit
( bash "${0}" "${INPUTDIR}"/"${file}" ) || exit 1
exit
done
rm -rf "${TMPDIR:?}"/"${UNZIP_DIR}"
elif 7z l -ba "${FILEPATH}" | grep -q "UPDATE.APP" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "UPDATE.APP") ]]; then
printf "Huawei UPDATE.APP Detected\n"
[[ -f "${FILEPATH}" ]] && 7z x "${FILEPATH}" UPDATE.APP 2>/dev/null >> "${TMPDIR}"/zip.log
find "${TMPDIR}" -type f -name "UPDATE.APP" -exec mv {} . \;
python3 "${SPLITUAPP}" -f "UPDATE.APP" -l super || (
for partition in ${PARTITIONS}; do
python3 "${SPLITUAPP}" -f "UPDATE.APP" -l "${partition/.img/}" || printf "%s not found in UPDATE.APP\n" "${partition}"
done )
find output/ -type f -name "*.img" -exec mv {} . \; # Partitions Are Extracted In "output" Folder
if [[ -f super.img ]]; then
printf "Creating super.img.raw ...\n"
"${SIMG2IMG}" super.img super.img.raw 2>/dev/null
[[ ! -s super.img.raw && -f super.img ]] && mv super.img super.img.raw
fi
superimage_extract || exit 1
elif 7z l -ba "${FILEPATH}" | grep -q "rockchip" 2>/dev/null || [[ $(find "${TMPDIR}" -type f -name "rockchip") ]]; then
printf "Rockchip Detected\n"
${RK_EXTRACT} -unpack "${FILEPATH}" ${TMPDIR}
${AFPTOOL_EXTRACT} -unpack ${TMPDIR}/firmware.img ${TMPDIR}
[ -f ${TMPDIR}/Image/super.img ] && {
mv ${TMPDIR}/Image/super.img ${TMPDIR}/super.img
cd ${TMPDIR}
superimage_extract || exit 1
cd -
}
for partition in $PARTITIONS; do
[[ -e "${TMPDIR}/Image/${partition}.img" ]] && mv "${TMPDIR}/Image/${partition}.img" "${OUTDIR}/${partition}.img"
[[ -e "${TMPDIR}/${partition}.img" ]] && mv "${TMPDIR}/${partition}.img" "${OUTDIR}/${partition}.img"
done
fi
# PAC Archive Check
if [[ "${EXTENSION}" == "pac" ]]; then
printf "PAC Archive Detected.\n"
python3 ${PACEXTRACTOR} ${FILEPATH} $(pwd)
superimage_extract || exit 1
exit
fi
# $(pwd) == "${TMPDIR}"
# Process All otherpartitions From TMPDIR Now
for otherpartition in ${OTHERPARTITIONS}; do
filename=${otherpartition%:*} && outname=${otherpartition#*:}
output=$(ls -- "${filename}"* 2>/dev/null)
if [[ -f "${output}" ]]; then
printf "%s Detected For %s\n" "${output}" "${outname}"
[[ ! -e "${TMPDIR}"/"${outname}".img ]] && mv "${output}" "${TMPDIR}"/"${outname}".img
"${SIMG2IMG}" "${TMPDIR}"/"${outname}".img "${OUTDIR}"/"${outname}".img 2>/dev/null
[[ ! -s "${OUTDIR}"/"${outname}".img && -f "${TMPDIR}"/"${outname}".img ]] && mv "${outname}".img "${OUTDIR}"/"${outname}".img
fi
done
# Process All partitions From TMPDIR Now
for partition in ${PARTITIONS}; do
if [[ ! -f "${partition}".img ]]; then
foundpart=$(7z l -ba "${FILEPATH}" | gawk '{print $NF}' | grep "${partition}.img" 2>/dev/null)
7z e -y -- "${FILEPATH}" "${foundpart}" */"${foundpart}" 2>/dev/null >> "${TMPDIR}"/zip.log
fi
[[ -f "${partition}".img ]] && "${SIMG2IMG}" "${partition}".img "${OUTDIR}"/"${partition}".img 2>/dev/null
[[ ! -s "${OUTDIR}"/"${partition}".img && -f "${TMPDIR}"/"${partition}".img ]] && mv "${TMPDIR}"/"${partition}".img "${OUTDIR}"/"${partition}".img
if [[ "${EXT4PARTITIONS}" =~ (^|[[:space:]])"${partition}"($|[[:space:]]) && -f "${OUTDIR}"/"${partition}".img ]]; then
MAGIC=$(head -c12 "${OUTDIR}"/"${partition}".img | tr -d '\0')
offset=$(LANG=C grep -aobP -m1 '\x53\xEF' "${OUTDIR}"/"${partition}".img | head -1 | gawk '{print $1 - 1080}')
if echo "${MAGIC}" | grep -q "MOTO"; then
[[ "$offset" == 128055 ]] && offset=131072
printf "MOTO header detected on %s in %s\n" "${partition}" "${offset}"
elif echo "${MAGIC}" | grep -q "ASUS"; then
printf "ASUS header detected on %s in %s\n" "${partition}" "${offset}"
else
offset=0
fi
if [[ ! "${offset}" == "0" ]]; then
dd if="${OUTDIR}"/"${partition}".img of="${OUTDIR}"/"${partition}".img-2 ibs=$offset skip=1 2>/dev/null
mv -f "${OUTDIR}"/"${partition}".img-2 "${OUTDIR}"/"${partition}".img
fi
fi
[[ ! -s "${OUTDIR}"/"${partition}".img && -f "${OUTDIR}"/"${partition}".img ]] && rm "${OUTDIR}"/"${partition}".img
done
cd "${OUTDIR}"/ || exit
rm -rf "${TMPDIR:?}"/*
# Extract boot.img
if [[ -f "${OUTDIR}"/boot.img ]]; then
# Extract dts
mkdir -p "${OUTDIR}"/bootimg "${OUTDIR}"/bootdts 2>/dev/null
python3 "${DTB_EXTRACTOR}" "${OUTDIR}"/boot.img -o "${OUTDIR}"/bootimg >/dev/null
find "${OUTDIR}"/bootimg -name '*.dtb' -type f | gawk -F'/' '{print $NF}' | while read -r i; do "${DTC}" -q -s -f -I dtb -O dts -o bootdts/"${i/\.dtb/.dts}" bootimg/"${i}"; done 2>/dev/null
bash "${UNPACKBOOT}" "${OUTDIR}"/boot.img "${OUTDIR}"/boot 2>/dev/null
printf "Boot extracted\n"
# extract-ikconfig
mkdir -p "${OUTDIR}"/bootRE
bash "${EXTRACT_IKCONFIG}" "${OUTDIR}"/boot.img > "${OUTDIR}"/bootRE/ikconfig 2> /dev/null
[[ ! -s "${OUTDIR}"/bootRE/ikconfig ]] && rm -f "${OUTDIR}"/bootRE/ikconfig 2>/dev/null
# vmlinux-to-elf
if [[ ! -f "${OUTDIR}"/vendor_boot.img ]]; then
python3 "${KALLSYMS_FINDER}" "${OUTDIR}"/boot.img > "${OUTDIR}"/bootRE/boot_kallsyms.txt >/dev/null 2>&1
printf "boot_kallsyms.txt generated\n"
else
python3 "${KALLSYMS_FINDER}" "${OUTDIR}"/boot/kernel > "${OUTDIR}"/bootRE/kernel_kallsyms.txt >/dev/null 2>&1
printf "kernel_kallsyms.txt generated\n"
fi
python3 "${VMLINUX2ELF}" "${OUTDIR}"/boot.img "${OUTDIR}"/bootRE/boot.elf >/dev/null 2>&1
printf "boot.elf generated\n"
[[ -f "${OUTDIR}"/boot/dtb.img ]] && {
mkdir -p "${OUTDIR}"/dtbimg 2>/dev/null
python3 "${DTB_EXTRACTOR}" "${OUTDIR}"/boot/dtb.img -o "${OUTDIR}"/dtbimg >/dev/null
}
fi
# Extract vendor_boot.img
if [[ -f "${OUTDIR}"/vendor_boot.img ]]; then
# Extract dts
mkdir -p "${OUTDIR}"/vendor_bootimg "${OUTDIR}"/vendor_bootdts 2>/dev/null
python3 "${DTB_EXTRACTOR}" "${OUTDIR}"/vendor_boot.img -o "${OUTDIR}"/vendor_bootimg >/dev/null
find "${OUTDIR}"/vendor_bootimg -name '*.dtb' -type f | gawk -F'/' '{print $NF}' | while read -r i; do "${DTC}" -q -s -f -I dtb -O dts -o vendor_bootdts/"${i/\.dtb/.dts}" vendor_bootimg/"${i}"; done 2>/dev/null
bash "${UNPACKBOOT}" "${OUTDIR}"/vendor_boot.img "${OUTDIR}"/vendor_boot 2>/dev/null
printf "Vendor Boot extracted\n"
# extract-ikconfig
mkdir -p "${OUTDIR}"/vendor_bootRE
# vmlinux-to-elf
python3 "${VMLINUX2ELF}" "${OUTDIR}"/vendor_boot.img "${OUTDIR}"/vendor_bootRE/vendor_boot.elf >/dev/null 2>&1
printf "vendor_boot.elf generated\n"
[[ -f "${OUTDIR}"/vendor_boot/dtb.img ]] && {
mkdir -p "${OUTDIR}"/vendor_dtbimg 2>/dev/null
python3 "${DTB_EXTRACTOR}" "${OUTDIR}"/vendor_boot/dtb.img -o "${OUTDIR}"/vendor_dtbimg >/dev/null
}
fi
# Extract recovery.img
if [[ -f "${OUTDIR}"/recovery.img ]]; then
bash "${UNPACKBOOT}" "${OUTDIR}"/recovery.img "${OUTDIR}"/recovery 2>/dev/null
printf "Recovery extracted\n"
fi
# Extract dtbo
if [[ -f "${OUTDIR}"/dtbo.img ]]; then
mkdir -p "${OUTDIR}"/dtbo "${OUTDIR}"/dtbodts 2>/dev/null
python3 "${DTB_EXTRACTOR}" "${OUTDIR}"/dtbo.img -o "${OUTDIR}"/dtbo >/dev/null
find "${OUTDIR}"/dtbo -name '*.dtb' -type f | gawk -F'/' '{print $NF}' | while read -r i; do "${DTC}" -q -s -f -I dtb -O dts -o dtbodts/"${i/\.dtb/.dts}" dtbo/"${i}"; done 2>/dev/null
printf "dtbo extracted\n"
fi
# Show some info
neofetch || uname -r
# Extract Partitions
for p in $PARTITIONS; do
if ! echo "${p}" | grep -q "boot\|recovery\|dtbo\|vendor_boot\|tz"; then
if [[ -e "$p.img" ]]; then
mkdir "$p" 2> /dev/null || rm -rf "${p:?}"/*
echo "Extracting $p partition..."
7z x "$p".img -y -o"$p"/ > /dev/null 2>&1
if [ $? -eq 0 ]; then
rm "$p".img > /dev/null 2>&1
else
# Handling EROFS Images, which can't be handled by 7z.
echo "Extraction Failed my 7z"
if [ -f $p.img ] && [ $p != "modem" ]; then
echo "Couldn't extract $p partition by 7z. Using fsck.erofs."
rm -rf "${p}"/*
"${FSCK_EROFS}" --extract="$p" "$p".img
if [ $? -eq 0 ]; then
rm -fv "$p".img > /dev/null 2>&1
else
echo "Couldn't extract $p partition by fsck.erofs. Using mount loop"
sudo mount -o loop -t auto "$p".img "$p"
mkdir "${p}_"
sudo cp -rf "${p}/"* "${p}_"
sudo umount "${p}"
sudo cp -rf "${p}_/"* "${p}"
sudo rm -rf "${p}_"
if [ $? -eq 0 ]; then
rm -fv "$p".img > /dev/null 2>&1
else
echo "Couldn't extract $p partition. It might use an unsupported filesystem."
echo "For EROFS: make sure you're using Linux 5.4+ kernel."
echo "For F2FS: make sure you're using Linux 5.15+ kernel."
fi
fi
fi
fi
fi
fi
done
# Remove Unnecessary Image Leftover From OUTDIR
for q in *.img; do
if ! echo "${q}" | grep -q "boot\|recovery\|dtbo\|tz"; then
rm -f "${q}" 2>/dev/null
fi
done
# Oppo/Realme Devices Have Some Images In A Euclid Folder In Their Vendor and/or System, Extract Those For Props
for dir in "vendor/euclid" "system/system/euclid"; do
if [[ -d "${dir}" ]]; then
pushd "${dir}" || exit 1
for f in *.img; do
[[ -f "${f}" ]] || continue
7z x "${f}" -o"${f/.img/}"
rm -f "${f}"
done
popd || exit 1
fi
done
# board-info.txt
find "${OUTDIR}"/modem -type f -exec strings {} \; 2>/dev/null | grep "QC_IMAGE_VERSION_STRING=MPSS." | sed "s|QC_IMAGE_VERSION_STRING=MPSS.||g" | cut -c 4- | sed -e 's/^/require version-baseband=/' >> "${TMPDIR}"/board-info.txt
find "${OUTDIR}"/tz* -type f -exec strings {} \; 2>/dev/null | grep "QC_IMAGE_VERSION_STRING" | sed "s|QC_IMAGE_VERSION_STRING|require version-trustzone|g" >> "${TMPDIR}"/board-info.txt
if [ -e "${OUTDIR}"/vendor/build.prop ]; then
strings "${OUTDIR}"/vendor/build.prop | grep "ro.vendor.build.date.utc" | sed "s|ro.vendor.build.date.utc|require version-vendor|g" >> "${TMPDIR}"/board-info.txt
fi
sort -u < "${TMPDIR}"/board-info.txt > "${OUTDIR}"/board-info.txt
# set variables
[[ $(find "$(pwd)"/system "$(pwd)"/system/system "$(pwd)"/vendor "$(pwd)"/*product -maxdepth 1 -type f -name "build*.prop" 2>/dev/null | sort -u | gawk '{print $NF}') ]] || { printf "No system/vendor/product build*.prop found, pushing cancelled.\n" && exit 1; }
flavor=$(grep -m1 -oP "(?<=^ro.build.flavor=).*" -hs {system,system/system,vendor}/build*.prop)
[[ -z "${flavor}" ]] && flavor=$(grep -m1 -oP "(?<=^ro.vendor.build.flavor=).*" -hs vendor/build*.prop)
[[ -z "${flavor}" ]] && flavor=$(grep -m1 -oP "(?<=^ro.system.build.flavor=).*" -hs {system,system/system}/build*.prop)
[[ -z "${flavor}" ]] && flavor=$(grep -m1 -oP "(?<=^ro.build.type=).*" -hs {system,system/system}/build*.prop)
release=$(grep -m1 -oP "(?<=^ro.build.version.release=).*" -hs {system,system/system,vendor}/build*.prop)
[[ -z "${release}" ]] && release=$(grep -m1 -oP "(?<=^ro.vendor.build.version.release=).*" -hs vendor/build*.prop)
[[ -z "${release}" ]] && release=$(grep -m1 -oP "(?<=^ro.system.build.version.release=).*" -hs {system,system/system}/build*.prop)
id=$(grep -m1 -oP "(?<=^ro.build.id=).*" -hs {system,system/system,vendor}/build*.prop)
[[ -z "${id}" ]] && id=$(grep -m1 -oP "(?<=^ro.vendor.build.id=).*" -hs vendor/build*.prop)
[[ -z "${id}" ]] && id=$(grep -m1 -oP "(?<=^ro.system.build.id=).*" -hs {system,system/system}/build*.prop)
tags=$(grep -m1 -oP "(?<=^ro.build.tags=).*" -hs {system,system/system,vendor}/build*.prop)
[[ -z "${tags}" ]] && tags=$(grep -m1 -oP "(?<=^ro.vendor.build.tags=).*" -hs vendor/build*.prop)
[[ -z "${tags}" ]] && tags=$(grep -m1 -oP "(?<=^ro.system.build.tags=).*" -hs {system,system/system}/build*.prop)
platform=$(grep -m1 -oP "(?<=^ro.board.platform=).*" -hs {system,system/system,vendor}/build*.prop | head -1)
[[ -z "${platform}" ]] && platform=$(grep -m1 -oP "(?<=^ro.vendor.board.platform=).*" -hs vendor/build*.prop)
[[ -z "${platform}" ]] && platform=$(grep -m1 -oP "(?<=^ro.system.board.platform=).*" -hs {system,system/system}/build*.prop)
manufacturer=$(grep -m1 -oP "(?<=^ro.product.manufacturer=).*" -hs {system,system/system,vendor}/build*.prop | head -1)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.brand.sub=).*" -hs system/system/euclid/my_product/build*.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.vendor.product.manufacturer=).*" -hs vendor/build*.prop | head -1)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.vendor.manufacturer=).*" -hs vendor/build*.prop | head -1)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.system.product.manufacturer=).*" -hs {system,system/system}/build*.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.system.manufacturer=).*" -hs {system,system/system}/build*.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.odm.manufacturer=).*" -hs vendor/odm/etc/build*.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.manufacturer=).*" -hs {oppo_product,my_product,product}/build*.prop | head -1)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.manufacturer=).*" -hs vendor/euclid/*/build.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.system.product.manufacturer=).*" -hs vendor/euclid/*/build.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.product.manufacturer=).*" -hs vendor/euclid/product/build*.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.vendor.manufacturer=).*" -hs vendor/build*.prop)
[[ -z "${manufacturer}" ]] && manufacturer=$(grep -m1 -oP "(?<=^ro.product.system.manufacturer=).*" -hs {system,system/system}/build*.prop)
fingerprint=$(grep -m1 -oP "(?<=^ro.build.fingerprint=).*" -hs {system,system/system}/build*.prop)
[[ -z "${fingerprint}" ]] && fingerprint=$(grep -m1 -oP "(?<=^ro.vendor.build.fingerprint=).*" -hs vendor/build*.prop | head -1)
[[ -z "${fingerprint}" ]] && fingerprint=$(grep -m1 -oP "(?<=^ro.system.build.fingerprint=).*" -hs {system,system/system}/build*.prop)
[[ -z "${fingerprint}" ]] && fingerprint=$(grep -m1 -oP "(?<=^ro.product.build.fingerprint=).*" -hs product/build*.prop)
[[ -z "${fingerprint}" ]] && fingerprint=$(grep -m1 -oP "(?<=^ro.build.fingerprint=).*" -hs {oppo_product,my_product}/build*.prop)
[[ -z "${fingerprint}" ]] && fingerprint=$(grep -m1 -oP "(?<=^ro.system.build.fingerprint=).*" -hs my_product/build.prop)
[[ -z "${fingerprint}" ]] && fingerprint=$(grep -m1 -oP "(?<=^ro.vendor.build.fingerprint=).*" -hs my_product/build.prop)
[[ -z "${fingerprint}" ]] && fingerprint=$(grep -m1 -oP "(?<=^ro.bootimage.build.fingerprint=).*" -hs vendor/build.prop)
brand=$(grep -m1 -oP "(?<=^ro.product.brand=).*" -hs {system,system/system,vendor}/build*.prop | head -1)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.brand.sub=).*" -hs system/system/euclid/my_product/build*.prop)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.vendor.brand=).*" -hs vendor/build*.prop | head -1)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.vendor.product.brand=).*" -hs vendor/build*.prop | head -1)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.system.brand=).*" -hs {system,system/system}/build*.prop | head -1)
[[ -z "${brand}" || ${brand} == "OPPO" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.system.brand=).*" -hs vendor/euclid/*/build.prop | head -1)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.product.brand=).*" -hs vendor/euclid/product/build*.prop)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.odm.brand=).*" -hs vendor/odm/etc/build*.prop)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.brand=).*" -hs {oppo_product,my_product}/build*.prop | head -1)
[[ -z "${brand}" ]] && brand=$(grep -m1 -oP "(?<=^ro.product.brand=).*" -hs vendor/euclid/*/build.prop | head -1)
[[ -z "${brand}" ]] && brand=$(echo "$fingerprint" | cut -d'/' -f1)
codename=$(grep -m1 -oP "(?<=^ro.product.device=).*" -hs {vendor,system,system/system}/build*.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.vendor.product.device.oem=).*" -hs vendor/euclid/odm/build.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.vendor.device=).*" -hs vendor/build*.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.vendor.product.device=).*" -hs vendor/build*.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.system.device=).*" -hs {system,system/system}/build*.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.system.device=).*" -hs vendor/euclid/*/build.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.product.device=).*" -hs vendor/euclid/*/build.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.product.model=).*" -hs vendor/euclid/*/build.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.device=).*" -hs {oppo_product,my_product}/build*.prop | head -1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.product.device=).*" -hs oppo_product/build*.prop)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.system.device=).*" -hs my_product/build*.prop)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.product.vendor.device=).*" -hs my_product/build*.prop)
[[ -z "${codename}" ]] && codename=$(echo "$fingerprint" | cut -d'/' -f3 | cut -d':' -f1)
[[ -z "${codename}" ]] && codename=$(grep -m1 -oP "(?<=^ro.build.fota.version=).*" -hs {system,system/system}/build*.prop | cut -d'-' -f1 | head -1)
description=$(grep -m1 -oP "(?<=^ro.build.description=).*" -hs {system,system/system,vendor}/build*.prop | head -1)
[[ -z "${description}" ]] && description=$(grep -m1 -oP "(?<=^ro.vendor.build.description=).*" -hs vendor/build*.prop)
[[ -z "${description}" ]] && description=$(grep -m1 -oP "(?<=^ro.system.build.description=).*" -hs {system,system/system}/build*.prop)
[[ -z "${description}" ]] && description=$(grep -m1 -oP "(?<=^ro.product.build.description=).*" -hs product/build.prop)
[[ -z "${description}" ]] && description=$(grep -m1 -oP "(?<=^ro.product.build.description=).*" -hs product/build*.prop)
incremental=$(grep -m1 -oP "(?<=^ro.build.version.incremental=).*" -hs {system,system/system,vendor}/build*.prop | head -1)
[[ -z "${incremental}" ]] && incremental=$(grep -m1 -oP "(?<=^ro.vendor.build.version.incremental=).*" -hs vendor/build*.prop)
[[ -z "${incremental}" ]] && incremental=$(grep -m1 -oP "(?<=^ro.system.build.version.incremental=).*" -hs {system,system/system}/build*.prop | head -1)
[[ -z "${incremental}" ]] && incremental=$(grep -m1 -oP "(?<=^ro.build.version.incremental=).*" -hs my_product/build*.prop)
[[ -z "${incremental}" ]] && incremental=$(grep -m1 -oP "(?<=^ro.system.build.version.incremental=).*" -hs my_product/build*.prop)
[[ -z "${incremental}" ]] && incremental=$(grep -m1 -oP "(?<=^ro.vendor.build.version.incremental=).*" -hs my_product/build*.prop)
# For Realme devices with empty incremental & fingerprint,
[[ -z "${incremental}" && "${brand}" =~ "realme" ]] && incremental=$(grep -m1 -oP "(?<=^ro.build.version.ota=).*" -hs {vendor/euclid/product,oppo_product}/build.prop | rev | cut -d'_' -f'1-2' | rev)
[[ -z "${incremental}" && ! -z "${description}" ]] && incremental=$(echo "${description}" | cut -d' ' -f4)
[[ -z "${description}" && ! -z "${incremental}" ]] && description="${flavor} ${release} ${id} ${incremental} ${tags}"
[[ -z "${description}" && -z "${incremental}" ]] && description="${codename}"
abilist=$(grep -m1 -oP "(?<=^ro.product.cpu.abilist=).*" -hs {system,system/system}/build*.prop | head -1)
[[ -z "${abilist}" ]] && abilist=$(grep -m1 -oP "(?<=^ro.vendor.product.cpu.abilist=).*" -hs vendor/build*.prop)
locale=$(grep -m1 -oP "(?<=^ro.product.locale=).*" -hs {system,system/system}/build*.prop | head -1)
[[ -z "${locale}" ]] && locale=undefined
density=$(grep -m1 -oP "(?<=^ro.sf.lcd_density=).*" -hs {system,system/system}/build*.prop | head -1)
[[ -z "${density}" ]] && density=undefined
is_ab=$(grep -m1 -oP "(?<=^ro.build.ab_update=).*" -hs {system,system/system,vendor}/build*.prop)
[[ -z "${is_ab}" ]] && is_ab="false"
treble_support=$(grep -m1 -oP "(?<=^ro.treble.enabled=).*" -hs {system,system/system}/build*.prop)
[[ -z "${treble_support}" ]] && treble_support="false"
otaver=$(grep -m1 -oP "(?<=^ro.build.version.ota=).*" -hs {vendor/euclid/product,oppo_product,system,system/system}/build*.prop | head -1)
[[ ! -z "${otaver}" && -z "${fingerprint}" ]] && branch=$(echo "${otaver}" | tr ' ' '-')
[[ -z "${otaver}" ]] && otaver=$(grep -m1 -oP "(?<=^ro.build.fota.version=).*" -hs {system,system/system}/build*.prop | head -1)
[[ -z "${branch}" ]] && branch=$(echo "${description}" | tr ' ' '-')
if [[ "$PUSH_TO_GITLAB" = true ]]; then
rm -rf .github_token
repo=$(printf "${brand}" | tr '[:upper:]' '[:lower:]' && echo -e "/${codename}")
else
rm -rf .gitlab_token
repo=$(echo "${brand}"_"${codename}"_dump | tr '[:upper:]' '[:lower:]')
fi
platform=$(echo "${platform}" | tr '[:upper:]' '[:lower:]' | tr -dc '[:print:]' | tr '_' '-' | cut -c 1-35)
top_codename=$(echo "${codename}" | tr '[:upper:]' '[:lower:]' | tr -dc '[:print:]' | tr '_' '-' | cut -c 1-35)
manufacturer=$(echo "${manufacturer}" | tr '[:upper:]' '[:lower:]' | tr -dc '[:print:]' | tr '_' '-' | cut -c 1-35)
[ -f "bootRE/ikconfig" ] && kernel_version=$(cat bootRE/ikconfig | grep "Kernel Configuration" | head -1 | awk '{print $3}')
# Repo README File
printf "## %s\n- Manufacturer: %s\n- Platform: %s\n- Codename: %s\n- Brand: %s\n- Flavor: %s\n- Release Version: %s\n- Kernel Version: %s\n- Id: %s\n- Incremental: %s\n- Tags: %s\n- CPU Abilist: %s\n- A/B Device: %s\n- Treble Device: %s\n- Locale: %s\n- Screen Density: %s\n- Fingerprint: %s\n- OTA version: %s\n- Branch: %s\n- Repo: %s\n" "${description}" "${manufacturer}" "${platform}" "${codename}" "${brand}" "${flavor}" "${release}" "${kernel_version}" "${id}" "${incremental}" "${tags}" "${abilist}" "${is_ab}" "${treble_support}" "${locale}" "${density}" "${fingerprint}" "${otaver}" "${branch}" "${repo}" > "${OUTDIR}"/README.md
cat "${OUTDIR}"/README.md
# Generate TWRP Trees
twrpdtout="twrp-device-tree"
if [[ "$is_ab" = true ]]; then
if [ -f recovery.img ]; then
printf "Legacy A/B with recovery partition detected...\n"
twrpimg="recovery.img"
else
twrpimg="boot.img"
fi
else