- #LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX HOW TO#
- #LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX INSTALL#
- #LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX DRIVERS#
- #LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX ARCHIVE#
- #LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX PATCH#
#LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX PATCH#
In order to fix that, apply the following patch to the Petalinux YOCTO system user DTS. The second UART can show nothing due to a problem between the DTB and The ZCU102 second UART is typically used by the no-root Jailhouse inmate.
#LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX DRIVERS#
Launch the kernel configuration menu by running the following command:ĬONFIG_KALLSYMS_ALL := General setup -> Configure standard kernel features (expert users) -> Load all symbols for debugging/ksymoops -> Include all symbols in kallsymsĬONFIG_OF_OVERLAY := Device Drivers -> Device Tree and Open Firmware support (OF ) -> Device Tree overlays In order to run Jailhouse module, the Linux kernel needs to be configured as follows. Launch the top system configuration menu by running the following command:Įnable the SD boot `Root filesystem type (SD card)`ĬONFIG_SUBSYSTEM_ROOTFS_SD := Image Packaging Configuration->Root filesystem type->SD card Setup the PetaLinux working environment by sourcing the appropriate settings script:ĭownload the Board Support Packages (BSP) for Petalinux 2019.1 .Ĭreate a PetaLinux project for the referred BSP:
#LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX INSTALL#
#LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX HOW TO#
Since Jailhouse compilation requires a copy of the compiled Linux kernel with all object files, we give an overview on how to build the kernel and the boot image. In the following part of the tutorial, we refers to the folder containing the binary files for cross-compiling as (i.e., gcc-arm-8.2-2019.01-x86_64-aarch64-linux-gnu/bin).
#LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX ARCHIVE#
More in detail, download the gcc-arm-8.2-2019.01-x86_64-aarch64-linux-gnu archive
![linux-boot.elf binary which is created by petalinux linux-boot.elf binary which is created by petalinux](https://hackster.imgix.net/uploads/attachments/1317939/first_boot_ZOAbjBFdxa.png)
opt/petalinuxĭownload the GNU Arm Embedded Toolchain that includes the GNU Compiler (GCC) for aarch64.
![linux-boot.elf binary which is created by petalinux linux-boot.elf binary which is created by petalinux](https://s2.manualzz.com/store/data/044369023_1-11accd59b37cadd6a463faf7806e7dae-360x466.png)
Alternatively, an installation path may be specified.Įxample of PetaLinux tools 2019.1 installation in the /opt/petalinux directory: Without any options, PetaLinux tools will be installed into a subdirectory of the current working directory. PetaLinux installation is very straight-forward. $ sudo apt install autoconf libtool-bin texinfo zlib1g-dev $ sudo apt install bash zlib1g:i386 gcc-multilib socat chrpath It follows the commands used to install a subset of the Petalinux 2019.1 dependencies. Install the libraries and tools listed in the Petalinux tool reference guide. PetaLinux requires a number of standard development tools and libraries to be installed on the host workstation. In this tutorial we use Petalinux tool to configure, build and package the Linux kernel for the ZCU102 board, whereas we use GNU Arm Embedded Toolchain, that includes the GNU Compiler (GCC) for aarch64, to compile either the Jailhouse hypervisor and the ERIKAv3 inmate.ĭownload the Petalinux 2019.1 installer from. The PetaLinux tools aim to configure, build and deploy a booting image for the Xilinx board on the basis of the hardware design file (HDF) or Board Support Packages (BSP). The Xilinx Vivado (with SDK) is used to define the hardware design of the related board, whereas the PetaLinux SDK includes tools and utilities to automate complex tasks across configuration, build, and deployment. Such tools consists a set of pre-configured binary bootable images, fully customizable Linux for the Xilinx devices, and PetaLinux/Xilinx Vivado SDK. Xilinx provides the tools in order to customize, build and deploy embedded Linux solutions on Xilinx processing systems.
![linux-boot.elf binary which is created by petalinux linux-boot.elf binary which is created by petalinux](https://nuclearrambo.com/wordpress/wp-content/uploads/2021/01/peta_config_hw.png)
$ sudo dd if=Ubuntu_Desktop_Release_2018_3/Ready_to_test_images/ZCU102_UbuntuDesktop_2018_3.img of=/dev/sdb bs=4M status=progress & sync Flash the downloaded image into the SD card:.Mount the SD card on your host machine.Download and extract the image available here:.Prebuilded SD images can be found in the Xilinx repository and the SD card setup can be performed as follows: The board configuration has to be switch for SD boot as shown in the following picture (for more details please refer to the section "ZCU102 board setup " of the Xilinx manual).
![linux-boot.elf binary which is created by petalinux linux-boot.elf binary which is created by petalinux](https://xilinx.github.io/Embedded-Design-Tutorials/docs/2020.2/docs/_images/image571.png)
The boot image can be put into Flash or SD card and in this tutorial we describe the steps for booting from SD card. The Xilinx ZCU102 supports all major peripherals and interfaces enabling development for a wide range of applications. Zynq UltraScale+™ MPSoC device has a quad-core ARM® Cortex-A53, dual-core Cortex-R5 real-time processors, and a Mali-400 MP2 graphics processing unit based on Xilinx's 16nm FinFET+ programmable logic fabric.