This is your battery view when your device is turned off and plugged in.
This thread is Made for the S5 specifically (though these images can be used if rescaled to the right size.
The file can be known as Battery_scale.PNG
The file can be Located at. /res/images/charger
The file is a Multi surface image. Basically a zip png
To extract All the ".PNG" files use. https://github.com/Aaahh/Battery-Images-Replacer
Thanks to @Aaahh for making this a lot easier
Originally posted by cunha17 @ https://forum.xda-developers.com/showthread.php?t=1609059&page=5
Battery-Images-Replacer (forums.oneplus.net/threads/battery-charging-image-replacer.186460) is a way to easily change the battery boot animation. You can use Aaahh provided images or change them and make your own flashable zip. There are 2 problems in that solution, first it is directed to a specific platform (oneplus) and second, it does not work in Marshmallow (CM13).
I figured out a way to make Battery-Images-Replacer to work in Android 6 (Marshmallow) and problably in 5 (Lollipop). Just stating that I'm using CM13 in a Galaxy S3 (i9300) phone, but the code is the same one Aaahh provided with two minor changes:
The battery_?.png and battery_charge files are deprecared in 6.0, and replaced by battery_scale.png (multi surface image) with mandatory 6 frames (hardcoded in Android). To make Battery-Images-Replacer work with previous Android versions, the deprecated files are kept; and
The block device in anykernel.sh file needs to be generalized to work in i9300 (my case) and maybe others, so it was replaced at line 9 with: block=`find /dev/block/platform -name BOOT`;
Warning: be shure to do the 2nd step above, or the flashing will not work, but also, you may brick your phone!!!
But the catch is the creation of the new battery_scale.png file. In this case, we have the 6 single surface images (battery_?.png files) and want to make a "Multi Surface Image" file compliant with Android 6.0.
I made the following script (create_multi_surface_image.sh) that convert multiple PNG to a single "Multi Surface Image", you just need to change the FILES and SCALEFILE variables if needed. This script uses ImageMagick, exiftool and pngcrush to do the job. Just run the script where the battery_?.png files are.
create_multi_surface_image.sh
Once the battery_scale.png is created, you need to copy it to the Battery-Images-Replacer-ak-opo-anykernel/charger/ directory if you didn't run the script there. Go to the base directory (Battery-Images-Replacer-ak-opo-anykernel) and run "zip -r ../Battery-Images-Replacer.zip ." and you should get the flashable zip file at the parent directory.
Now transfer the zip file to your phone (adb push, usb file transfer, etc) and make shure that the file is available to TWRP ou CWM. Boot into recovery and flash the zip file. Turn off the phone and start charging. Enjoy your new battery animation.
I will attach the battery_surface.png file if you just want the final result using the source files (battery_?.png) provided by Aaahh and available at github.com/Aaahh/Battery-Images-Replacer.
Thanks Aaahh for the great job!
And what you have waited for
(Please note this is from my device which is running RR9.0)
(Edit will upload via computer as labs doesn't let edit an add images)
Related
Hi all,
In this thread, I will try to share the knowledge I have on deodexing, making custom ROMs, modifying initramfs, building kernel and much more.
Please check the below posts for each of these tutorials.
Hope this opens doors to many new ROM and Kernel developers.
NOTE: THESE TUTORIALS ARE WRITTEN FOR GT-I9100. WILL NOT WORK ON OTHER DEVICES. I DON'T TAKE ANY RESPONSIBILITY IF YOU MESS UP AND BRICK YOUR DEVICE OR ANYTHING ELSE. USE AT YOUR OWN RISK.
Deodexing Stock Rom
For GINGERBREAD ROMS:
What you need to have:
xUltimate v2.3.3 - you can download it HERE (Thanks and Credits to Xeudoxus for this awesome app)
Rooted kernel with busybox
JDK installed on your Windows system
If adb is not available in your windows PC, in xUltimate folder open "jar" folder. You'll find adb there.
Extract stock app & framework folders and Deodex:
Connect your device to computer.
Start xUltimate (double-click on Main.exe)
Select option 1. (Pull /system/app)
Once option is done, select option 2. (Pull /system/framework)
In the same folder, now you'll see two new folders (origi_app, origi_frame)
Select option 3 in Main menu (Deodex /system/app)
Once its done, select option 4 in Main menu (Deodex /system/framework)
DONE!!
NOTE: If any apk/odex gives issues while deodexing, remove that corresponding apk and odex from origi_app folder and deodex again. (Mostly the apps which can be downloaded from play store might give errors.. ex: Maps, Voice search etc.)
Now you'll see two new folders done_app and done_frame.
Push deodexed app and framework to device:
Connect your device to PC in USB debugging mode.
Copy done_app and done_frame folders to root of sdcard (/sdcard).
Open Windows command prompt and type the below commands.
Code:
[LIST]
[*]adb shell
[*]su
[*]stop
[*]mount -o remount,rw /dev/block/mmcblk0p9 /system
[*]rm /system/app/*.odex
[*]rm /system/framework/*.odex
[*]busybox cp /sdcard/done_app/* /system/app/
[*]busybox cp /sdcard/done_frame/* /system/framework/
[*]chmod 644 /system/app/*
[*]chmod 644 /system/framework/*
[*]mount -o remount,ro /dev/block/mmcblk0p9 /system
[*]sync
[*]reboot recovery
[/LIST]
In Recovery, Wipe Cache and Wipe Data/Factory reset.
Reboot.
Now you've deodexed app and framework.
For ICS ROMS:
For ICS Roms, the process is quite easy. (Thanks and Credits to jaydvn.)
Download the attached zip file.
Extract it on your windows PC.
Copy your /system/app to _app folder
Copy your /system/framework to _framework folder.
Run AutoDEOToolMain.bat
Follow the instructions.
deodexed jars and apks will be found in deodexed_APK and deodexed_JAR.
Push deodexed app and framework to device:
Connect your device to PC in USB debugging mode.
Copy deodexed_APK and deodexed_JAR folders to root of sdcard (/sdcard).
Open Windows command prompt and type the below commands.
Code:
[LIST]
[*]adb shell
[*]su
[*]stop
[*]mount -o remount,rw /dev/block/mmcblk0p9 /system
[*]rm /system/app/*.odex
[*]rm /system/framework/*.odex
[*]busybox cp /sdcard/deodexed_APK/* /system/app/
[*]busybox cp /sdcard/deodexed_JAR/* /system/framework/
[*]chmod 644 /system/app/*
[*]chmod 644 /system/framework/*
[*]mount -o remount,ro /dev/block/mmcblk0p9 /system
[*]sync
[*]reboot recovery
[/LIST]
In Recovery, Wipe Cache and Wipe Data/Factory reset.
Reboot.
Done.
Enjoy.
Building kernel
Okay. Let's learn how to build kernel for GT-I9100. There are many ways to build. I am just presenting here the way I build and make kernel.
NOTE 1: Follow the instructions exactly.
NOTE 2: Kernel is opensource. If you make any changes to it, you're expected to share your source. (Usually people share it over github )
NOTE 3: FLASHING KERNEL IS RISKY AND DANGEROUS. BE CAREFUL. BUILD AND FLASH ON YOUR OWN RISK.
What you need to have:
Ubuntu 10.04 and above (I use 10.04 )
ARM tool chain (Download HERE. Click on IA32 GNU/Linux TAR under Advanced Packages)
Samsung's opensource kernel for GT-I9100 (Download HERE. Go to Mobile->Mobile Phone-> Select I9100 (update 3 for Gingerbread and update 4 for ICS) and download the zip)
Setting up toolchain:
Extract the tar you downloaded(Suggestion: Extract to one folder where you can have everything. In my case /home/superatmos/build_kernel).
After extracting, you'll see a folder named arm-2010q1. Inside there will be many folders (ex. bin, lib and so on.)
Folder structure will be: /home/<your_name>/build_kernel/arm-2010q1
Setting up kernel:
Extract the zip you've downloaded from samsung's opensource.
You'll find two zips.
Extract GT-I9100_Kernel.tar.gz to /home/<your_name>/build_kernel/
Folder structure: /home/<your_name>/build_kernel/GT-I9100_Kernel
Setting up initramfs:
Samsung's zImage is divided into two parts: Opensource kernel (which you downloaded from samsung's website) and initramfs (which is root file system to boot up the device).
You can extract initramfs from your zImage using the below mentioned links (Credits and Thanks to Chenglu) Original Thread: HERE
To extract initramfs from Gingerbread zImage: HERE
To extract initramfs from ICS zImage: HERE
Folder structure: /home/<your_name>/build_kernel/initramfs
Now the entire setup is ready. Let's start modifying kernel configuration.
Setting up kernel config:
For Gingerbread:
Go to /home/<your_name>/build_kernel/GT-I9100_Kernel/arch/arm/configs folder.
Copy c1_rev02_defconfig file and paste it in kernel root folder (/home/<your_name>/build_kernel/GT-I9100_Kernel/).
Rename c1_rev02_defconfig to .config in kernel root folder.
Now open Makefile which is in your kernel root folder(/home/<your_name>/build_kernel/GT-I9100_Kernel/).
Modify the below lines (I guess line 195 and 196).
For ICS:
Go to /home/<your_name>/build_kernel/GT-I9100_Kernel/arch/arm/configs folder.
Copy u1_defconfig file and paste it in kernel root folder (/home/<your_name>/build_kernel/GT-I9100_Kernel/).
Rename u1_defconfig to .config in kernel root folder.
Now open Makefile which is in your kernel root folder(/home/<your_name>/build_kernel/GT-I9100_Kernel/).
Modify the below lines (I guess line 195 and 196).
Code:
ARCH ?= arm
CROSS_COMPILE ?= /home/<your_name>/build_kernel/arm-2010q1/bin/arm-none-linux-gnueabi-
Save and close.
Modifying kernel configuration:
Now open .config file(which you renamed). If its not seen, it might be hidden. Go to View->Show hidden files and there you go.
Do the below things:
Adding local version:
Change CONFIG_LOCALVERSION=" " to anything you like. I add this way:
CONFIG_LOCALVERSION="-I9100-superatmos"
Adding initramfs path:
You need to let kernel know the path from which it needs to take initramfs.
Change CONFIG_INITRAMFS_SOURCE=" " to ../initramfs (In this tutorial it's the path. If you had copied anywhere else, give the path properly).
Enough for now. Once you get experience, you can modify many configurations as per your liking and save. This configuration can be changed by GUI too with the command make menuconfig.
The Important part: Building the kernel:
For Gingerbread:
Open terminal.
Go to path /home/<your_name>/build_kernel/GT-I9100_Kernel/
Type make.
For ICS:
Open terminal.
Go to path /home/<your_name>/build_kernel/GT-I9100_Kernel/
Type export USE_SEC_FIPS_MODE=true
Type make.
THAT'S ALL. YOUR zImage is ready and is available in /home/<your_name>/build_kernel/GT-I9100_Kernel/arch/arm/boot/zImage.
Install the zImage on the device:
Go to the path where zImage is present and type the below line in command line.
Code:
tar cvf I9100_kernel.tar zImage
Flash the tar using odin.
DONE. CONGRATULATIONS. NOW YOU'VE YOUR OWN KERNEL.
Give me your feedback so that I can improve this tutorial. And post here about how your build went. All the best.
Making custom ROM
Let's move on to make a custom ROM.
Inputs/Feedback/Suggestions are more than welcome. Lets improve this tutorial together for the betterment of the android community.
Steps involved in making a custom ROM:
Getting the system dump from the device.
Deodexing app and framework folders.
Creating various mods by modifying framework and system files.
Modifying build.prop and adding tweaks.
Making META-INF folder and writing an updater-script (edify scripting).
Signing the ROM and making a flashable zip.
Folder Structure:
Before going forward, let's follow the below structure folder to make the tutorial more understandable.
Let our ROM name be CustomROM. The folder structure will be C:\Users\<your name>\CustomROM.
Let's move step by step. Are you ready??
Getting the system dump from the device
Click to expand...
Click to collapse
Make sure USB debugging is ON and connect your device to the PC.
Open command prompt on your windows PC and go to CustomROM folder path.
Type adb devices. You should be able to see the device detected. (If not check environmental variables whether adb is in system path or not. If not present, add the adb path.)
Type the below command to get the dump of system folder.
Code:
adb pull /system system/
Now inside the folder CustomROM, you should be able to see system folder with many folders like app, etc, framework etc inside.
Done with first step.
Deodexing app and framework folders
Click to expand...
Click to collapse
Look HERE how to deodex app and framework folders. Copy the app and framework folders to xUltimate folder, rename them to origi_app and origi_frame and follow the given link to deodex.
NOTE: After deodexing, merge origi_app folder with app folder under C:\Users\<your name>\CustomROM\system\app and origi_frame with framework folder under C:\Users\<your name>\CustomROM\system\framework.
Creating various mods by modifying framework and system files
Click to expand...
Click to collapse
Okay. This the section where your hardwork, innovation and talent comes in. You can use the mods available already, create your own mods, port various mods from other devices and so on.
Below is a list of various mods which can be ported on to GT-I9100. All the credits go these respective thread owners. Thanks to them.
Lidroid 14 toggle mod
Extended power menu with/without header
CRT Off Animation & SIP Over LTE/HSPA
Swipe to remove notifications
NOTE: Let me know more mods with links so that I can add here.
Modifying build.prop and adding tweaks
Click to expand...
Click to collapse
Okay. This is one of those files where you name your ROM(to be visible in settings. ) and add many tweaks.
To name your ROM (to be visible in settings), change the below code.
Code:
ro.build.display.id=CustomROM v1.0
Check the below links for many other tweaks. All credits go to respective thread owners. Thanks to them.
build.prop tweaks by TheFrankenstain
build.prop tweaks by dhlalit11
Making META-INF folder and writing an updater-script (edify scripting)
Click to expand...
Click to collapse
Once you're done with all the modifications, mods and additions, its time to create META-INF folder and make the updater script. Once the user flashes the ROM zip, this is the script that runs and does everything written inside the script. PLEASE BE CAREFUL WITH THIS. TAKE REFERENCE FROM OTHER (SAME DEVICE) ROMS' UPDATER-SCRIPT. (In this case, take reference from other GT-I9100 roms.)
Check the below links for tutorial and how-to on writing edify script and making updater script. All credits go to respective owners of the threads. Thanks to them.
Edify Scripting, Making Flashable ZIPs, ZIP Signing & Key Creation
Edify Scripting Notes
How to Write an Updater-Script with Edify Code
Edify Installation Script Syntax's
NOTE: system folders path, boot/kernel partition path, modem partition path and so on are COMPLETELY DIFFERENT for DIFFERENT DEVICES. Check the partitions for your device properly, carefully and then work on updater-script. TAKE HELP OR REFERENCE FROM OTHER ROM DEVELOPERS FOR YOUR DEVICE.
Lets move on to last step. Making a signing and making a flashable zip.
Signing the ROM and making a flashable zip
Click to expand...
Click to collapse
Make sure, now you should be able to find two folders (META-INF and system) inside C:\Users\<your name>\CustomROM.
Check in THIS thread for test signing your ROM. It WORKS with GT-I9100.
or Check THIS thread to create your own signing key and certificate.
Now you're done with making a custom ROM. Hope to see more custom ROMs from many users.
Give me your feedback so that I can improve this tutorial. And post here about how your custom ROM making went. All the best.
last one
i don't see any tutorials just links to a diff thread and a rom that won't work on i9100
buster041284 said:
i don't see any tutorials just links to a diff thread and a rom that won't work on i9100
Click to expand...
Click to collapse
You're quite fast Updated Deodexing and Building kernel section..
Great thread Superatmos. I'll definately have a go at this.
Quick question ? Am i right in assuming that although your tutorial says to connect your device this line from xUltimate seperceeds that ?
"Alright xUltimate has been updated to v2 What this means is that you do not need your phone connect to your computer to deodex. So you can just manually place the .odex files in (\origi_frame\) and (\origi_app\) and it will deodex. You can also transfer the .odex files from your phone like the last version."
where do I get the zImage to extract the initramfs from? I can't seem to find the zImage on my phone or in the source anywhere.
Great
Very useful.. Added to my favorite.
Thank's man, i'll read that
puccini said:
Great thread Superatmos. I'll definately have a go at this.
Quick question ? Am i right in assuming that although your tutorial says to connect your device this line from xUltimate seperceeds that ?
"Alright xUltimate has been updated to v2 What this means is that you do not need your phone connect to your computer to deodex. So you can just manually place the .odex files in (\origi_frame\) and (\origi_app\) and it will deodex. You can also transfer the .odex files from your phone like the last version."
Click to expand...
Click to collapse
Connect your device to the PC and double click Main.exe inside xUltimate folder. Follow the instructions you see from then. Its quite self explanatory.
If you already have origi_app and origi_frame folders, then just double click on Main Skip.bat.
dmp450 said:
where do I get the zImage to extract the initramfs from? I can't seem to find the zImage on my phone or in the source anywhere.
Click to expand...
Click to collapse
Use ktool (available on market.. compatible with I9100) and click on Dump current kernel. You'll find it on sdcard.
One more way is when you download firmware from sammobile.com, just extract the file and you'll find zImage inside it.
Nice thread,
I m waiting from long time.
Thanks for your work.
Sent from my GT-I9100 using XDA
Making custom ROM section updated
Hi all,
Please find updated custom rom section HERE.
Feedback and suggestions welcome.
Thanks for the kernel part, will come in handy
Enviado desde mi GT-I9100 usando Tapatalk 2
Good tutorial, thanks.
How do you guys sign the rom if you are on Linux (ubuntu for me)
hi superatmos
thanks for this handy thread...may i ask your for a help here?why in my every deodexing always gives error result?
I attach the screenshots.
Many thanks in advance
tks mate will try to pack my own kernel following this method
Sent from my GT-I9100 using Tapatalk 2
I have flashed it on my Note, it works well.
I in no way created this, just thought it may be worth while.
The operation of this template is based on the VillainTheme System for the ROM VillainROM.
Link: http://www.villainrom.co.uk/forum/sh...inTheme-System
Credits and thanks to all XDA team that collaborated on the original script: Doctorcete, Stericson, Matt and Seshy
What is Universal Flasher Tool?
is a complete template that is used to create the simplest possible way a subject flashable from recovery without the need to include or edit files. apk.
This new method uses the file system implementation metamorph (just have to put files and folders on their respective routes), with the advantage that the system identifies and injected into their applications without the need for external application. The subjects are flashed directly from recovery.
What are the advantages of this method compared to metamorph or traditional flasheables issues?
Do not include. Apk complete, only the files you want to include in the subject.
A theme created with this template is valid for any rom, even among different phone roms (the tests have been performed with SGS2 and Nexus one).
Optionally, the template can include complete files if desired, can even be used to install applications not system.
Does not depend on external applications like metamorph because it flashes directly from recovery.
Operation of the template
at the end of the post are attached a number of considerations to take into account, but basically works like this:
Identify the applications that want to thematize and checks that exist in the rom. Once the check, the system compares folders that will be introduced as well as files and injects them into the apk as long as the new file exists within the apk. This has been thought well to avoid filling an apk with files that do not belong because they are from another rom or because you made a mistake when typing the name, for example.
Once injected the files takes a zipalign the apk to optimize RAM usage.
Alternatively, if the topic includes external files or copy them to install applications on your path.
At the same time to be using the item, the system will generate a backup of changed files and automatically creates a file. Zip flashable from recovery, in case something goes wrong or do not like changes to previous state.
Finally, it also generates a small log with the outcome of the whole process is recorded in SD to verify that all changes are properly implemented.
How to create and edit your own theme
Download the template from the attachment in this post or the link below.
Recommended Tools: 7zip to include files and browse the file system (you can also use winzip or winrar without problems) and Notepad + + or any other plain text editor to edit the name of the mod.
Once downloaded, open the template double-click will observe and folders inside a file in the root. Here's that are in each folder and how to create the theme.
MOD.config file: (new from version 3.0) is an editable text file (recommend Notepad + +) where in addition to establishing the name of the MOD to set different parameters of the template.
MOD_VERSION= Name (name of the mod to be displayed in the system properties after the name of the rom. Are cautioned not to put a name too long and try to avoid as far as possible in the blanks.
CLEAN_MORPHING = not (compare the new files before injection into the apk, only enter if the file already exists. Turning the option dramatically reduces speed)
V4_MORPHING = yes (support to manage compatibility with existing folders-v4 system in some applications).
DO_BACKUP = yes (enable or disable the creation of the flashable backup from recovery to restore the existing theme).
LOG_ENABLED = yes (enable or disable the creation of a log file with the results of the process).
SCREEN_LOG = yes (shows the process of recovery on the screen or not. important notices are always shown even if the option is disabled).
Optionally, you can set a different path for memory cards (no need to touch these lines in most cases, you should not touch):
default_internal_sdcard = / EMMC
default_external_sdcard = / sdcard
Optionally, you can add special commands to mount partitions (no need to modify these lines in most cases, you should not touch):
mount_system = mount / system
mount_data = mount / data
README.txt:
Includes some additional instructions on the operation and the license. Please read before using the template to create a theme (in English). Carteta / tools: is the folder where you have placed the scripts and binary files necessary to flash the issue and make subsequent restoration. You do not need to touch anything in this folder to edit the theme. From version 3.0 has been deleted because busybox binary is no longer involved in the process. folder / META-INF folder system which includes the signature file and the script to launch from recovery. It is recommended not to touch. Folder / MORPH: This is the template folder where files should be included with the theme. In turn, the folder is divided into two subfolders called / data (for applications theming system NO) and / system (for theming system and applications framework). In the / MORPH / system / app files are included for the applications and / MORPH / system / framework for the framework files. NOTE: NO application theming system in / MORPH / data / app / myapp.apk supposed to change the digital signature, so from that time can not be updated from the market or will you installed in the market (like if it had been installed by 'other means' non-statutory ...). Therefore, we do not recommend any downloaded application thematize the market. You are advised that the complaints do not come then ... For each application you want to thematize must open a new folder called / nombre.apk (eg / Contacts.apk if you want to change the system application Contacts.apk) . It is necessary to respect the use of upper / lower case. Within each of these folders you have to respect that there are logical paths within applications, so that the files would have to place them in folders named / res / drawable, res / drawable-hdpi, etc ... It is the same structure metamorph an issue, so any item is readily convertible metamorph simply dragging folders.
No need to create any control file or anything like . The system is responsible for reviewing the folders to see what applications you want tematitar.
Folder / Xtras / system:
in this folder is where, if desired, can include files or complete applications that you wish to flash in conjunction with the subject. For example, sound files, bootanimation, scripts, complete applications, etc ... Folder / Xtras / data: in this folder is where, if desired, can not add applications to be installed system during flashing. Folder / Xtras / sdcard: in this folder you can add files to make copied to the SD card, as packs of icons, sounds, videos, etc ... to take into account considerations
Always respect the use of uppercase / lowercase letters in the names of files or folders and logical paths located within the apps.
With this system the themes may be universal, although depending on the type of files a user input may cease to be:
If you only include image files theme is compatible with any rom from any phone.
If you also include. xml may only operate in one rom, but can still work on future updates of it.
If resources are included for translations (resources.arsc) the issue would only be valid for a particular rom.
The. Zip with the issue is not necessary for you to sign flashearse, and is valid for CW-Recovery and Recorevy-RA. If you do not have to remember signing off signature checking before flashing.
Original Thread:http://http://www.htcmania.com/showthread.php?t=258333
Also:http://forum.xda-developers.com/showthread.php?t=1474686
On the galaxy s 3 us version most of the recoverys are not reading the external sd so should I changed the mounts on the script?
Sent from my SGH-T999 using Tapatalk 2
Extracting:
1. Download this package: https://tusfiles.net/oaiw9ze20tbl
2. Extract to a folder and chmod 777 -r /path/to/the/folder
3. cd (change directory) to that folder
4. Run prereq.sh
5. Place system.transfer.list and system.new.dat into the folder
6. Open extractor.sh using a text edit program
7. Find the line containing chown command, replace yash:yash with yourusername:yourusername
8. Run extractor.sh
9. Modify contents found in output folder
Rebuilding:
1. Do above first and then run compress.sh
2. Find the rebuilt system.new.dat and system.transfer.list in sdat folder
Making it into a ROM:
1. Do above first
2. Find a zip ROM for OnePlus 2 that contains system.transfer.list and system.new.dat
3. Replace it with your rebuilt ones from above mentioned steps
4. Voila! ROM ready!
NOTE:
The package contains OxygenOS SELinux file contexts in progs subfolder...
So, to modify CM ROMs you need to get file_contexts file from the zip of the ROM and replace the one found in progs subfolder
Credits:
@xpirt
Please mention
Two questions; Is this a rom kitchen like tool for OxygenOS? Are there any libs or binaries or other dependencies?
I'm a bit busy, but I'll take it for a spin when I can.
Oh one last thing, is there a repo for this?
Ta,
ALQI
Sent from me mobile.
Nice guide
alquimista said:
Two questions; Is this a rom kitchen like tool for OxygenOS? Are there any libs or binaries or other dependencies?
I'm a bit busy, but I'll take it for a spin when I can.
Oh one last thing, is there a repo for this?
Ta,
ALQI
Sent from me mobile.
Click to expand...
Click to collapse
The dsixda kitchen had much more functions then this but you may cknsidet it as a temporary lollipop kitchen with not much extra functionality..
This was like a automation script for me and was a quick one so repo wasn't needed
I have used this script on Ubuntu 64bit and the only extra dependency apart from those included in package are installed by prereq.sh
Btw this is not just for oxygen os it can also be used for any cm or cm based rom here but.do read the note then
Yash98 said:
Extracting:
1. Download this package: https://tusfiles.net/oaiw9ze20tbl
2. Extract to a folder and chmod 777 -r /path/to/the/folder
3. cd (change directory) to that folder
4. Run prereq.sh
5. Place system.transfer.list and system.new.dat into the folder
6. Open extractor.sh using a text edit program
7. Find the line containing chown command, replace yash:yash with yourusername:yourusername
8. Run extractor.sh
9. Modify contents found in output folder
Rebuilding:
1. Do above first and then run compress.sh
2. Find the rebuilt system.new.dat and system.transfer.list in sdat folder
Making it into a ROM:
1. Do above first
2. Find a zip ROM for OnePlus 2 that contains system.transfer.list and system.new.dat
3. Replace it with your rebuilt ones from above mentioned steps
4. Voila! ROM ready!
Click to expand...
Click to collapse
So does this allow you to make ROM's for the OP2 from ROM's based on other devices, or what? Sorry if I'm sort of a noob, I just don't understand what is being done.
Thanks!
Me1256 said:
So does this allow you to make ROM's for the OP2 from ROM's based on other devices, or what? Sorry if I'm sort of a noob, I just don't understand what is being done.
Thanks!
Click to expand...
Click to collapse
You can make ROMs from prebuilt ROMs like OxygenOS or any other built ROM like Exodus, CM12, etc.
Basically modify ROMs without rebuilding from source (which takes a lot of time!)
Sir I downloaded your tool and followed ur guide....But after I run extract.sh there is no files/folders in output folder.Plz reply thankz in advancw
Thank you. I really wanted to extract .dat file..
Sent from my ONE A2003 using Tapatalk
This is a great tool but I wanted to know how to edit the system folder in ubuntu. Like using chmod and chown to pre-root and uninstall some other apps. Can somebody please direct me in that direction.
I go test...
Plugin Installation:
Open the Plugin Manager
Choose Install a Plugin
Choose the plugin you want to install
Choose Run a Plugin
Choose the Plugin you want to run
Enjoy!
NOTE: The usage instructions in each plugin description below assume you have already installed it. When the instructions end, that's when you run the plugin from the plugin manager.
SuperR's Kitchen Plugin Descriptions
SuperR Maintained Plugins:
add_placeholder
Only for system-as-root devices
Adds placeholder files to all empty directories in your project
add_remove_files
Add all apk files from a directory
Choose apk to import
Choose directory structure to import
Delete files from your ROM based on directory structure
NOTE: To use "Choose directory structure to import" and "Delete files from your ROM based on directory structure", your directory must be set up as the following example:
Code:
your_directory_name/system/anything_you_want
your_directory_name/vendor/anything_you_want
your_directory_name/cache/anything_you_want
your_directory_name/hidden/anything_you_want
your_directory_name/boot.img
The above is only an example. You can add anything you want as long as there is a "system" directory inside another directory. When choosing the directory, choose your_directory_name instead of system or it won't work. Think of the directory structure exactly like the kitchen project directory. When you import directory structure, your directory will be copied into your project directory and files will be overwritten if they already exist. When you remove a directory structure, you will choose your_directory_name again and the plugin will remove the same files it finds from your project directory.
amlogic_unpack
Unpack Amlogic firmware img
apktools
Choose an apk from your current rom directory.
Decompile the apk.
Build apk.
Sign apk with 3 options (use signapk.jar, copy original META-INF to new apk, or copy new classes.dex and resources.arsc to original apk).
Move apk back to where it came from.
Patch smali using .ptch files
Delete META-INF from all apk files
Delete SEC-INF from all apk files
Separate lib directory from all apk files
Zipalign apk files
aroma_install
Install Aroma in your existing ROM.
Create aroma-config using a menu.
Choose apk files to add to the option menu.
Usage:
Extract your ROM normally using ONLY set_metadata or set_perm.
autorom_config
Creates an AutoROM config file to automate the extraction process and many other tasks.
Currently supports perm type, vendor.img, rom name, custom signature, deodexing, root, su.d, and Busybox
buildprop_add
Adds lines from a file to build.prop.
concatimg
Combines partition_*.img files into a single img file
custom_zip
Create a flashable zip of one or more image files as long as you know the partition name where it should be flashed.
Create a flashable patch zip from directories that have matching fs_config and file_contexts3 files
Convert updater-script to update-binary script for use in the mods_install plugin
Usage:
Copy the partition images and/or directories you want in the zip into a new directory in your project.
In the kitchen main menu, choose Plugin Manager > Run a plugin > custom_zip
Choose the new directory from the list.
For img files in by-name devices, type the partition name from your device where it should be flashed (ex. aboot)
For img files in mmcblk devices, choose your block from the list (add it to the device superr_mmc file if needed first).
decrypt_htc
Decrypt ruu.exe and ruu.zip files stored in your current project directory.
Extract system.img & boot.img to the current project directory for extraction.
Usage:
Copy ruu.exe or ruu.zip to current project directory (ruu.zip must be named exactly ruu.zip).
gapps
Downloads and includes Open Gapps in your ROM.
Choice of aroma, super, stock, full, mini, micro, nano, or pico
Detects Android version and architecture from ROM to download the latest available version for your device.
If there is no ROM, it will allow you to choose Android version and architecture.
Remove gapps if it already exists.
gen_set_metadata
Generates set_metadata lines for every file in project directories that have matching fs_config and file_contexts3 files.
img_tools
Allows rebuilding ext4 img files that have been extracted by the kitchen even if there is not a complete ROM in the project.
Convert sparse img to raw img
Convert raw img to sparse img
Build super.img
Resize img
super.img Build Requirements:
All included img files must be built as sparse.
img file names must be either partition.img or partition_new.img.
super.img size must be in 00_project_files/srk.conf.
Example:
supersize=9437184000
The numeric value in the example above is the raw super.img file size in bytes.
The kitchen adds the super.img size when unpacking a super.img. If the kitchen did not unpack the super.img, you can enter the size in srk.conf manually.
Optional values metadata-size and metadata-slots can also be added to srk.conf. Defaults are listed below:
metadata-size=65536
metadata-slots=2
*This plugin will only work in v3.2.1.0 or higher*
lg_tools
Unpack LG kdz files
Removes rctd, ccmd, and triton from LG boot.img.
mods_install
Add any flashable zip to your ROM that uses an update-binary script instead of a updater-script
Remove mods
Shows the kitchen added mods you currently have installed
ozip_decrypt
Decrypt firmware.ozip files
payload_dump
Unpack payload.bin firmware
rockchip_unpack
Unpack Rockchip firmware img files
samsung_tools
Asks one-by-one if you want to add ro.config.tima=0, ro.config.knox=0, ro.securestorage.knox=false, ro.securestorage.support=false, ro.security.mdpp.ux=Disabled, and wlan.wfd.hdcp=disabled to ramdisk default.prop
Create tar.md5 from all img, mbn, ext4, and bin files in your ROM directory.
Create tar.md5 from all the above except system.img, system.img.ext4, boot.img, and recovery.img
Decode OMC/CSC
Deodex patch for Android 8.1+
Pack *_new.img files to lz4
sepolicy_injector
Converts sepolicy denials into allow rules, and optionally patches seplicy with the new rules.
Paste a denial
Read denials from 00_project_files/logcat.log
unsign_mtk_img
Removes MTK signature from img files
updateapp
Extract firmware.zip that contains UPDATE.APP
Extract img files from UPDATE.APP
Usage:
Place a firmware.zip or UPDATE.APP in your rom directory.
xiaomi_patch
Patches several things in Xiaomi firmware.
Usage:
Extract your firmware with the kitchen, then run the plugin.
xperia_unpack
Unpack Xperia firmware
Choose full firmware zip, an ftf file, or a sin file.
When choosing a sin file, all sin files in the project directory will be unpacked.
Respects the partition_extract_list variable from kitchen/tools/srk.conf
User Contributed Plugins:
None
Custom Plugins
The donate version has plugin support. This means you can integrate your own script into the kitchen. Each plugin must have its own directory inside the kitchen plugin directory, and it must be named the same as the plugin script.
Examples:
/kitchen/tools/plugins/example_bash/example_bash.sh (Linux, Mac)
/kitchen/tools/plugins/example_batch/example_batch.bat (Windows)
You can check the example plugins in the kitchen for more details and use them as templates for your own plugin.
There are 3 variables set in the example plugin to take note of:
bd = /path/to/kitchen
rd = /path/to/kitchen/superr_projectname
plugdir = /path/to/kitchen/tools/plugins/pluginname
NOTE: If you would like to contribute a plugin, please PM a link to the plugin for review.
This post contains the last working versions of all plugins that have lost native Windows support.
If you are running the kitchen in WSL, WSL2, Linux, or Mac you should use the kitchen plugin manager to get the latest versions of these plugins.
Hello once again my name is Cat Stevens and I have done it again you should check out my previous posts. But let's stick with the task at hand. I have been trying to upgrade the graphics for a while now and thanks to Android Kitchen I have been able to unpack and repack ramdisks and initrd.images as well. First you need libGLESv3.so you need to unpack system image of Android x86_64 7.1 with Remix Tools and you will find it in the lib64 folder. Then you need to get Android Kitchen and cygwin for Windows 32 bit is OK. Then copy the contents of the android win tools folder and paste them into the cygwin bin folder. Read the commands when you download the Android Image Kitchen. Unpack the ramdisk.img and you have access to the root of RemixOS. In notepad open init.x86.rc and go to line 11 and will see # export EGL_DRIVERS egl_dri2. Then add to the end of the line drm libGL /system/Lib/egl/libGLES_mesa.so /system/egl/libGLESv3.so eglIs&Lt:Resource>:Linked EGL_RENDER_BUFFER EGLDisplay . It's a long line and remember the path in the line because that is where you will need to install your libs. Then alter what ever else you want to the default.prop and repack your ramdisk. When you repack your left with a cpio.gz file you need to use mv command. This is the command mv ramdisk.cpio.gz ramdisk.img. Then you are done. Take care my friends if someone has a ADB binary for 6.0.1 let me know I want to get the VNC going.
Well somebody shut down my ramdisk hack it doesn't work anymore. Next I would like to thank the folks at Bliss ROMS for their hard work Electric Juses creative name. This is a MOD for RemixOS Hacked. I recommend installing Mount Image File and EXT4 driver for Windows. It gives you true ROOT! First download and extract Bliss ROMS x86_64 iso then mount your system image. Copy media_codecs and ffmpeg xmls. You will find them in the etc folder and paste them to your etc folder in Remix OS. Then go back to Bliss and open the vendor folder and copy bin, lib and lib64 folders and paste them to your usr folder in Remix. Then to tie it all together open notepad++ and create a text file you will save as userinit.txt. Then rename it to userinit no extension. This is the script.
#!/system/bin/sh
/system/usr/bin/rtk_attach
Their is the script now paste it to etc/init.d folder in Remix OS system image. Then go to the build.prop file and change persist.sys.disp_density=240 then change ro.sf.lcd_density=240. Unmount the image and boot Remix OS it will take a little bit longer than usual to boot but you will notice the difference with the display and audio. KILLZ! I recommend you should check out SET TV it's a APK file and for$20.00 US a month you get 500 channels and here is the kicker you can install it on three devices anyways I figured it out thanks again to Bliss ROMS and this will truly make your Android x86 system image The Green Machine!