DivestOS/Scripts/LineageOS-18.1/Functions.sh
Tad f3e672fb18 Failed attempt at fixing signing
PRODUCT_OTA_PUBLIC_KEYS is meant to be set by a vendor tree, something
we don't use.

Override it at the source and set it explicitely as well.

This ensures that the compiled recovery.img and the one generated by
sign_target_files_apks.py includes the real public keys for verification.

11.0 signing is ignored.

This will need to be extensively tested as breakage can mean brick on locked
devices.
Although in failure cases it seems test-keys are accepted.

--

After much testing there appears to be a deeper issue with how keys
are inserted into the recovery and handled
2021-04-06 04:07:18 -04:00

143 lines
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#!/bin/bash
#DivestOS: A privacy focused mobile distribution
#Copyright (c) 2017-2021 Divested Computing Group
#
#This program is free software: you can redistribute it and/or modify
#it under the terms of the GNU General Public License as published by
#the Free Software Foundation, either version 3 of the License, or
#(at your option) any later version.
#
#This program is distributed in the hope that it will be useful,
#but WITHOUT ANY WARRANTY; without even the implied warranty of
#MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
#GNU General Public License for more details.
#
#You should have received a copy of the GNU General Public License
#along with this program. If not, see <https://www.gnu.org/licenses/>.
#Last verified: 2021-03-22
patchAllKernels() {
startPatcher "kernel_essential_msm8998 kernel_fxtec_msm8998 kernel_google_coral kernel_google_msm kernel_google_msm-4.9 kernel_google_wahoo kernel_htc_msm8974 kernel_lge_mako kernel_lge_msm8974 kernel_lge_msm8996 kernel_moto_shamu kernel_motorola_msm8974 kernel_nextbit_msm8992 kernel_oneplus_msm8996 kernel_oneplus_msm8998 kernel_oppo_msm8974 kernel_razer_msm8998 kernel_samsung_jf kernel_samsung_msm8974 kernel_xiaomi_sdm845";
}
export -f patchAllKernels;
resetWorkspace() {
repo forall -c 'git add -A && git reset --hard' && rm -rf out && repo sync -j20 --force-sync;
}
export -f resetWorkspace;
scanWorkspaceForMalware() {
local scanQueue="$DOS_BUILD_BASE/android $DOS_BUILD_BASE/art $DOS_BUILD_BASE/bionic $DOS_BUILD_BASE/bootable $DOS_BUILD_BASE/build $DOS_BUILD_BASE/dalvik $DOS_BUILD_BASE/device $DOS_BUILD_BASE/hardware $DOS_BUILD_BASE/libcore $DOS_BUILD_BASE/libnativehelper $DOS_BUILD_BASE/packages $DOS_BUILD_BASE/pdk $DOS_BUILD_BASE/platform_testing $DOS_BUILD_BASE/sdk $DOS_BUILD_BASE/system";
scanQueue=$scanQueue" $DOS_BUILD_BASE/lineage-sdk $DOS_BUILD_BASE/vendor/lineage";
scanForMalware true "$scanQueue";
}
export -f scanWorkspaceForMalware;
buildDevice() {
cd "$DOS_BUILD_BASE";
export OTA_KEY_OVERRIDE_DIR="$DOS_SIGNING_KEYS/$1";
breakfast "lineage_$1-user" && mka target-files-package otatools && processRelease $1 true $2;
}
export -f buildDevice;
buildDeviceDebug() {
cd "$DOS_BUILD_BASE";
unset OTA_KEY_OVERRIDE_DIR;
brunch "lineage_$1-eng";
}
export -f buildDeviceDebug;
buildAll() {
cd "$DOS_BUILD_BASE";
if [ "$DOS_MALWARE_SCAN_ENABLED" = true ]; then scanWorkspaceForMalware; fi;
if [ "$DOS_OPTIMIZE_IMAGES" = true ]; then optimizeImagesRecursive "$DOS_BUILD_BASE"; fi;
#SDS4P
buildDevice flox;
buildDevice mako;
#SD600
buildDevice jfltexx;
#SD800
buildDevice d802;
#SD801
buildDevice bacon;
buildDevice klte; #unb18
#buildDevice m8; #unb18
buildDevice victara; #error: +out/target/product/victara/recovery.img too large (10522624 >= 10485760)
#SD805
buildDevice shamu verity;
#SD808
buildDevice ether;
#SD820
buildDevice h850;
buildDevice rs988;
buildDevice h990;
buildDevice us996;
buildDevice oneplus3 verity;
#SD835
buildDevice cheryl verity;
#buildDevice cheeseburger verity; #needs manual patching - vendor common makefile
#buildDevice dumpling verity;
buildDevice mata verity;
buildDevice taimen avb;
buildDevice walleye avb;
#SD845
buildDevice beryllium; #needs manual patching in vendor
buildDevice pro1 avb;
#SD855
buildDevice coral avb;
buildDevice flame avb;
#SD670
buildDevice bonito avb;
buildDevice sargo avb;
}
export -f buildAll;
patchWorkspace() {
if [ "$DOS_MALWARE_SCAN_ENABLED" = true ]; then scanForMalware false "$DOS_PREBUILT_APPS $DOS_BUILD_BASE/build $DOS_BUILD_BASE/device $DOS_BUILD_BASE/vendor/lineage"; fi;
#source build/envsetup.sh;
source "$DOS_SCRIPTS/Patch.sh";
source "$DOS_SCRIPTS_COMMON/Copy_Keys.sh";
source "$DOS_SCRIPTS/Defaults.sh";
source "$DOS_SCRIPTS/Rebrand.sh";
source "$DOS_SCRIPTS_COMMON/Optimize.sh";
source "$DOS_SCRIPTS_COMMON/Deblob.sh";
source "$DOS_SCRIPTS_COMMON/Patch_CVE.sh";
source build/envsetup.sh;
#Deblobbing fixes
##setup-makefiles doesn't execute properly for some devices, running it twice seems to fix whatever is wrong
#none yet
}
export -f patchWorkspace;
enableDexPreOpt() {
cd "$DOS_BUILD_BASE$1";
if [ -f BoardConfig.mk ]; then
echo "WITH_DEXPREOPT := true" >> BoardConfig.mk;
echo "WITH_DEXPREOPT_DEBUG_INFO := false" >> BoardConfig.mk;
#m8: /system partition too small
if [ "$1" != "device/htc/m8" ]; then
echo "WITH_DEXPREOPT_BOOT_IMG_AND_SYSTEM_SERVER_ONLY := false" >> BoardConfig.mk;
echo "Enabled full dexpreopt for $1";
else
echo "WITH_DEXPREOPT_BOOT_IMG_AND_SYSTEM_SERVER_ONLY := true" >> BoardConfig.mk;
echo "Enabled core dexpreopt for $1";
fi;
fi;
cd "$DOS_BUILD_BASE";
}
export -f enableDexPreOpt;
enableLowRam() {
cd "$DOS_BUILD_BASE$1";
if [ -f lineage.mk ]; then echo -e '\n$(call inherit-product, vendor/divested/build/target/product/lowram.mk)' >> lineage.mk; fi;
if [ -f BoardConfig.mk ]; then echo 'MALLOC_SVELTE := true' >> BoardConfig.mk; fi;
if [ -f BoardConfigCommon.mk ]; then echo 'MALLOC_SVELTE := true' >> BoardConfigCommon.mk; fi;
echo "Enabled lowram for $1";
cd "$DOS_BUILD_BASE";
}
export -f enableLowRam;