11-SDK source code compilation

1. build environment

This build environment configuration for Android/Linux SDK

Hardware requirements

System Environment

Requirements

System Version

Ubuntu 22.04

Number of CPU cores

More than 4 cores

Memory capacity

16GB or more

Hard disk capacity

200GB or more

Install dependent packages

$ sudo apt install git bc bison build-essential curl flex libsdl1.2-dev 
$ sudo apt install g++-multilib gcc-multilib gnupg gperf libncurses5-dev libncurses5
$ sudo apt install imagemagick lib32ncurses5-dev lib32readline-dev squashfs-tools 
$ sudo apt install lib32z1-dev liblz4-tool xsltproc libssl-dev libwxgtk3.0-dev libgmp-dev libmpc-dev
$ sudo apt install libxml2 libxml2-utils schedtool lzop pngcrush rsync 
$ sudo apt install yasm zip zlib1g-dev python device-tree-compiler 
$ sudo apt install python-pip gawk openjdk-8-jdk u-boot-tools patchelf expect
$ sudo pip install pyelftools

The package name will change according to the UBUNTU version update

The installation of different UBUNTU versions failed, you can search for the corresponding solution on the network

2. Linux SDK compilation

SDK Introduction

Rockchip Linux SDK consists of SDK source packages and file system images

SDK source package kernel version 5.10, support Ubuntu 20.04, Debian11 file system

Get the SDK source code

Network disk download SDK source code compressed package

The network disk SDK directory is as follows

1-SDK\rk356x-linux\
	rk356x-linux-*.tar.gz
	rk356x-linux-*.md5

Copy the source zip to the build host directory

Precautions
If the compilation host is a virtual machine, it cannot be compiled in a shared directory

MD5 verifies file integrity

$ md5sum -c *.md5

Unzip the source code compressed package

$ tar -zxvf rk356x-linux-*.tar.gz

$ ls -al
	.git

The SDK source code compressed package is shared through the Git repository, and the .git folder can be viewed with the ls -al command

Restore source files

Enter the extracted directory and restore the source code through git.

$ git reset --hard

Note: Please operate under Linux and git is installed

Get the file system image

The SDK source package does not contain the file system image. You need to refer to the following steps to extract and copy the file system to the SDK source code separately.

The network disk provides debian and ubuntu file system images, which can be downloaded by yourself according to your needs

File system network disk directory

1-SDK\rk356x-linux\
	linaro-rootfs-20230524.tar.gz
	ubuntu-rootfs-20230523.tar.gz

MD5 verifies file integrity

$ md5sum -c *.md5

Unzip the debian image file

$ tar -zxvf linaro-rootfs-*.tar.gz
$ cp linaro-rootfs.img debian/

$ ls debian/linaro-rootfs.img

The name and directory of the Debian image file must be consistent
File system directory：debian/linaro-rootfs.img
lLunch selects debian and will use this linaro-rootfs.img to compile

Unzip the Ubuntu image file

$ tar -zxvf ubuntu-rootfs-*.tar.gz
$ cp ubuntu-rootfs.img ubuntu/

$ ls ubuntu/ubuntu-rootfs.img

The names and directories of Ubuntu image files must be consistent

File system directory: ubuntu/ubuntu-rootfs.img
lunch Select ubuntu and it will be compiled with this ubuntu-rootfs.img

Compile the full image

build.sh SDK compilation for the first time, you must select the compilation configuration information, such as: CPU model, board model, file system model

For specific board model differences, please check the "Introduction to the Getting Started Document".

SDK compilation configuration

$ ./build.sh lunch

Pick a chip:

1. rk3566_rk3568
2. rk3588
Which would you like? [1]: 
Switching to chip: rk3566_rk3568
Pick a defconfig:

1. rockchip_defconfig
2. rockchip_rk3562_kickpi_k3_buildroot_defconfig
3. rockchip_rk3562_kickpi_k3_debian_defconfig
4. rockchip_rk3562_kickpi_k3_ubuntu_defconfig
5. rockchip_rk3568_kickpi_k1_buildroot_defconfig
6. rockchip_rk3568_kickpi_k1_debian_defconfig
7. rockchip_rk3568_kickpi_k1_ubuntu_defconfig
8. rockchip_rk3568_kickpi_k1b_buildroot_defconfig
9. rockchip_rk3568_kickpi_k1b_debian_defconfig
10. rockchip_rk3568_kickpi_k1b_ubuntu_defconfig
Which would you like? [1]:

The configuration command can be compiled and executed once for the first time.

compilation mirroring

$ ./build.sh

Image generation directory: rockdev/update-\ * .img
If the compilation fails, you can try to solve it yourself, or you can contact technical support customer service to solve it.

Compile partition images separately

Compile Uboot separately

$ ./build.sh uboot

Image generation directory: rockdev/uboot.img

Compile Kernel Separately

$ ./build.sh kernel

Image generation directory: rockdev/boot.img

Compile Buildroot separately

$ ./build.sh buildroot

Image generation directory: rockdev/rootfs.img

Other commonly used commands

Kernel Configuration

$ ./build.sh kernel-config

buildroot configuration

$ ./build.sh menuconfig

Compile multi-screen adaptive mirroring

$ ./build.sh all_multi_dtb

Factory Android/Linux mirror defaults to multi-screen adaptive mirror, compatible with official 7-inch/10-inch/15-inch display, connected to any display can be directly lit

SDK Add Compile Item

Example: Added RK3568 K1 Buildroot compilation option

New configuration file

$ cd device/rockchip/rk3566_rk3568/
$ cp rockchip_rk3568_kickpi_k1_debian_defconfig rockchip_rk3568_kickpi_k1_buildroot_defconfig

Modify the compilation configuration file

$ vim rockchip_rk3568_kickpi_k1_buildroot_defconfig

- RK_ROOTFS_SYSTEM_DEBIAN=y
+ RK_ROOTFS_SYSTEM_BUILDROOT=y

toolchain

prebuilts/gcc/linux-x86/aarch64/gcc-arm-10.3-2021.07-x86_64-aarch64-none-linux-gnu/

3. Android13.0 SDK compilation

SDK Introduction

Kernel version: 5.10

Android system version: 13.0

Get the SDK source code

Network disk directory

1-SDK\rk356x-android13\
	rk356x-android13-*.tar.gz

Copy the source archive to the build host directory

If the compilation host is a virtual machine, it cannot be compiled in a shared directory

MD5 verifies file integrity

$ md5sum -c *.md5

Unzip the source code compressed package

$ tar -zxvf rk356x-android13-*.tar.gz
$ cd rk356x-android13-*
$ git reset --hard

Compile the full image

According to the CPU model, select the corresponding compilation command; if the compilation fails, you can try to solve it yourself, or contact technical customer service to solve it.

**Configure SDK compilation items **

$ ./build.sh lunch

	will lunch sdk

	You're building on Linux
	Lunch menu...pick a combo:

	1. rk356x
	2. rk3588
	Which would you like? [0]:

	You're building on Linux
	Lunch menu...pick a combo:

	1. BoardConfig.mk
	2. BoardConfig-rk3566-kickpi-tx66.mk
	3. BoardConfig-rk3568-kickpi-k1a.mk
	4. BoardConfig-rk3568-kickpi-k1b.mk

After the configuration is selected, the software will be configured to the selected device; if the device is switched, it needs to be reconfigured, otherwise it does not need to be configured multiple times.

Compile full image

$ ./build.sh -AUCKu

Mirror generation directory：rockdev/Image-*/update-*.img

Configure thread options, specify thread 32

$ ./build.sh -AUCKu -J32

Note: If it fails when compiling Android, but there is no specific error, there is a high probability that the virtual machine configuration is too low;

Configure thread options, specify single thread

$ ./build.sh -AUCKu -J1

Or modify the default configuration in the build.sh and try again.

$ vim build.sh
-BUILD_JOBS=16
+BUILD_JOBS=1
$ ./build.sh -AUCKu

Compile partition images separately

**Compile Uboot separately **

$ ./build.sh -U

Image generation directory: rockdev/Image-\ */uboot.img

Compile Kernel Separately

$ ./build.sh -CK

Image generation directory: rockdev/Image-\ */boot.img

Compile Android separately

$ ./build.sh -A

Image generation directory: rockdev/Image-\ */super.img

Android environment configuration

Configure the command environment, you can use the command in the Android environment such as mm/get_build_var

// configuration environment
source build/envsetup.sh

Device configuration selection

$ lunch
According to the actual situation, select the corresponding equipment, such as'K1 'and'K1B' as rk3568.
61

Use related commands under Android, such as

$ get_build_var PRODUCT_HAVE_RKPHONE_FEATURES
true

Other commonly used commands

Kernel Configuration

$ ./build.sh -CKM

Compile multi-screen adaptive mirroring

$ ./build.sh -AUCKum

Factory Android/Linux mirror defaults to multi-screen adaptive mirror, compatible with official 7-inch/10-inch/15-inch display, connected to any display can be directly lit

Last updated 14 days ago