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311 lines
11 KiB
ReStructuredText
311 lines
11 KiB
ReStructuredText
.. _using-sbl-up2:
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Using SBL on UP2 Board
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######################
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This document builds on the :ref:`getting-started-up2`, and explains how to use
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SBL instead of UEFI to boot UP2 board.
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Slim Bootloader is an open-source boot firmware solution,
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built from the ground up to be secure, lightweight, and highly
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optimized while leveraging robust tools and libraries from
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the EDK II framework. For more information about booting ACRN with SBL,
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please visit `<https://slimbootloader.github.io/how-tos/boot-acrn.html>`_.
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.. image:: images/sbl_boot_flow_UP2.png
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:align: center
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We show a verified Boot Sequence with SBL on an Intel® Architecture platform UP2,
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and the boot process proceeds as follows:
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#. SBL verifies and boots the ACRN hypervisor and Service OS kernel
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#. Service OS kernel verifies and loads ACRN Device Model and vSBL
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#. vSBL starts the User-side verified boot process
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Prerequisites
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*************
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The following hardware and software are required to use SBL on an UP2 board:
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* UP2 kit (`Model N3350 <https://up-shop.org/up-boards/94-up-squared-celeron-duo-core-4gb-memory32gb-emmc.html>`_)
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* `USB 2.0 Pin Header Cable <https://up-shop.org/up-peripherals/110-usb-20-pin-header-cable.html>`_ for debug UART output
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* USB to TTL Serial Cable (PL2303TA for example) for debug UART output
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* 3 Pin Male To Male Jumper Cable Dupont Wire for debug UART output
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* Micro USB OTG Cable for flashing
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* Linux host
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* Internet access
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.. image:: images/up2_sbl_connections.png
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:align: center
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The connections between USB to TTL Serial Cable and USB 2.0 Pin Header
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Cable should be:
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.. image:: images/up2_sbl_cables_connections.png
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:align: center
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Build SBL
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*********
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Follow the steps of `Building <https://slimbootloader.github.io/supported-hardware/up2.html#building>`_
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and `Stitching <https://slimbootloader.github.io/supported-hardware/up2.html#stitching>`_
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from `<https://slimbootloader.github.io/supported-hardware/up2.html>`_ to generate the
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BIOS binary file ``<SBL_IFWI_IMAGE>``, which is the new IFWI image with SBL in BIOS region.
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Flash SBL on the UP2
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********************
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#. Download the appropriate BIOS update for `UP2 Board <https://downloads.up-community.org/download/up-board-uefi-bios-upc1dm15/>`_.
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#. Put the empty USB flash drive in your PC and format it as FAT32.
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#. Decompress the BIOS zip file into the formatted drive.
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#. Attach the USB disk and keyboard to the board and power it on.
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#. During boot, press :kbd:`F7` on the keyboard to enter the UEFI BIOS boot menu.
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#. Navigate through the following menus and select ``Built-in EFI shell``.
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#. Please take note of which filesystem number ``fs*`` your USB drive is mapped to.
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#. Switch to that filesystem, e.g. ``fs1:``. (Don't forget the colon.)
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#. Navigate to the path where you decompressed the update (the ``cd`` and ``ls`` commands are available here, as if in an Unix shell).
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.. code-block:: none
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Fpt_3.1.50.2222.efi -f <SBL_IFWI_IMAGE> -y
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Build ACRN for UP2
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******************
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In Clear Linux, build out the SOS and LaaG image with these two files:
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* create-up2-images.sh
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* uos.json
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An example of the configuration file ``uos.json``:
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.. code-block:: none
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{
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"DestinationType" : "virtual",
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"PartitionLayout" : [ { "disk" : "clearlinux.img", "partition" : 1, "size" : "100M", "type" : "EFI" },
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{ "disk" : "clearlinux.img", "partition" : 2, "size" : "10G", "type" : "linux" } ],
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"FilesystemTypes" : [ { "disk" : "clearlinux.img", "partition" : 1, "type" : "vfat" },
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{ "disk" : "clearlinux.img", "partition" : 2, "type" : "ext4" } ],
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"PartitionMountPoints" : [ { "disk" : "clearlinux.img", "partition" : 1, "mount" : "/boot" },
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{ "disk" : "clearlinux.img", "partition" : 2, "mount" : "/" } ],
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"Version": 27230,
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"Bundles": ["kernel-iot-lts2018", "openssh-server", "software-defined-cockpit", "os-core", "os-core-update"]
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}
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.. note::
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To generate the image with a specified version, please modify
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the "Version" argument, ``"Version": 2****`` instead
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of ``"Version": 27230`` for example.
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Clone the source code of ``acrn-hypervisor`` for building and use
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``v0.5`` release for example:
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.. code-block:: none
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$ cd ~
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$ git clone https://github.com/projectacrn/acrn-hypervisor
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$ cd acrn-hypervisor
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$ git checkout v0.5
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.. note::
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You can switch to other version with the command ``git checkout`` if needed.
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Build SOS and LaaG image:
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.. code-block:: none
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$ sudo -s
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# ./acrn-hypervisor/devicemodel/samples/up2/create-up2-images.sh --images-type all \
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--clearlinux-version 27230 --laag-json uos.json --acrn-code-path /path/to/acrn-hypervisor/
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.. note::
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You must have root privileges to run ``create-up2-images.sh``.
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.. note::
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Please modify the ``--acrn-code-path`` argument to the diretory
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of ``acrn-hypervisor``.
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.. note::
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When building images, you can modify the ``--clearlinux-version`` argument
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to a specific version (such as 26800). To generate the images of SOS only,
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modify the ``--images-type`` argument to ``sos``.
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This step will generate the images of SOS and LaaG:
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* sos_boot.img
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* sos_rootfs.img
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* up2_laag.img
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Build the binary image ``partition_desc.bin`` for
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GPT partitions, and change the partition layout
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in ``partition_desc.ini`` if needed.
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.. code-block:: none
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$ cd ~/acrn-hypervisor/doc/tutorials/doc/tutorials/
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$ sudo -s
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# python2 gpt_ini2bin.py partition_desc.ini>partition_desc.bin
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We still need the configuration file ``flash_LaaG.json`` for flashing,
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which is also in the directory ``~/acrn-hypervisor/doc/tutorials/``.
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.. table::
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:widths: auto
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+------------------------------+---------------------------------------------------+
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| Filename | Description |
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+==============================+===================================================+
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| sos_boot.img | This SOS image contains the ACRN hypervisor and |
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| | SOS kernel. |
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+------------------------------+---------------------------------------------------+
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| sos_rootfs.img | This is the root filesystem image for the SOS. it |
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| | contains the Device Models implementation and |
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| | SOS user space. |
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+------------------------------+---------------------------------------------------+
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| partition_desc.bin | This is the binary image for GPT partitions |
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+------------------------------+---------------------------------------------------+
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| up2_laag.img | This is the root filesystem image for the SOS. |
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| | It has an integrated kernel and userspace. |
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+------------------------------+---------------------------------------------------+
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| flash_LaaG.json | Configuration file for Intel® Platform Flash Tool |
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| | to flash SOS image + hypervisor/SOS boot image + |
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| | SOS userland |
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+------------------------------+---------------------------------------------------+
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.. note::
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In this step, please build SOS and LaaG images in Clear Linux rather than Ubuntu.
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Download and install flash tool
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*******************************
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#. Download Intel® Platform Flash Tool Lite from
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`<https://github.com/projectceladon/tools/tree/master/platform_flash_tool_lite/latest/>`_.
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#. For Ubuntu host, install `platformflashtoollite_5.8.9.0_linux_x86_64.deb
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<https://github.com/projectceladon/tools/blob/master/platform_flash_tool_lite/latest/platformflashtoollite_5.8.9.0_linux_x86_64.deb>`_
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for example.
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SOS and LaaG Installation
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*************************
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#. Connect a USB cable from the debug board to your Ubuntu host machine,
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and run the following command to verify that its USB serial port is
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discovered and showing under ``/dev``.
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.. code-block:: none
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$ ls /dev/ttyUSB*
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/dev/ttyUSB0
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#. Connect to board via ``minicom``, and use ``/dev/ttyUSB0`` for example:
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.. code-block:: none
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$ sudo minicom -s /dev/ttyUSB0
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.. note::
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Please verify the minicom serial port settings are 115200 8N1 and
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both HW and SW flow control are turned off.
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#. When you see following console log, please press any key to enter
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shell command：
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.. code-block:: none
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====================Os Loader====================
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Press any key within 2 second(s) to enter the command shell
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Shell>
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#. Swap the boot sequence of ``DevType: MEM`` to ``Idx:0``:
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.. code-block:: none
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Shell> boot
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Boot options (in HEX):
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Idx|ImgType|DevType|DevNum|Flags|HwPart|FsType|SwPart|File/Lbaoffset
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0| 0| MMC | 0 | 0 | 0 | RAW | 1 | 0x0
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1| 4| MEM | 0 | 0 | 0 | RAW | 0 | 0x0
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SubCommand:
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s -- swap boot order by index
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a -- modify all boot options one by one
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q -- quit boot option change
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idx -- modify the boot option specified by idx (0 to 0x1)
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s
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Updated the Boot Option List
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Boot options (in HEX):
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Idx|ImgType|DevType|DevNum|Flags|HwPart|FsType|SwPart|File/Lbaoffset
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0| 4| MEM | 0 | 0 | 0 | RAW | 0 | 0x0
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1| 0| MMC | 0 | 0 | 0 | RAW | 1 | 0x0
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#. Exit and reboot to fastboot mode:
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.. code-block:: none
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Shell> exit
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…
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40E0 | 175118 ms | 158 ms | Kernel setup
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40F0 | 175144 ms | 26 ms | FSP ReadyToBoot/EndOfFirmware notify
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4100 | 175144 ms | 0 ms | TPM IndicateReadyToBoot
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------+------------+------------+----------------------------------
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Starting MB Kernel ...
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abl cmd 00: console=ttyS0,115200
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abl cmd 00 length: 20
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abl cmd 01: fw_boottime=175922
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abl cmd 01 length: 18
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boot target: 1
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target=1
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Enter fastboot mode ...
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Start Send HECI Message: EndOfPost
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HECI sec_mode 00000000
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GetSeCMode successful
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GEN_END_OF_POST size is 4
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uefi_call_wrapper(SendwACK) = 0
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Group =000000FF
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Command =0000000C
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IsRespone=00000001
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Result =00000000
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RequestedActions =00000000
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USB for fastboot transport layer selected
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#. When UP2 board is in fastboot mode, you should be able
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see the device in Platform Flash Tool. Select the
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file ``flash_LaaG.json`` and modify ``Configuration``
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to ``SOS_and_LaaG``. Click ``Start to flash`` to flash images.
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.. image:: images/platformflashtool_start_to_flash.png
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:align: center
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Boot to SOS
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***********
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After flashing, UP2 board will automatically reboot and
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boot to ACRN hypervisor. And login SOS by following command:
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.. image:: images/sos_console_login.png
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:align: center
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Launch UOS
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**********
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Run the ``launch_uos.sh`` script to launch the UOS:
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.. code-block:: none
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$ cd ~
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$ wget https://raw.githubusercontent.com/projectacrn/acrn-hypervisor/master/doc/tutorials/launch_uos.sh
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$ sudo ./launch_uos.sh -V 1
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**Congratulations**, you are now watching the User OS booting up!
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