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Add sos info and Celadon OS GUI screenshots for the Celadon UOS tutorial. Signed-off-by: ruix.li <ruix.li@intel.com>
106 lines
5.1 KiB
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106 lines
5.1 KiB
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.. _using_celadon_as_uos:
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Using Celadon as User OS
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########################
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`Celadon <https://01.org/projectceladon/>`_ is an open source Android* software reference stack
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for Intel architecture. It builds upon a vanilla Android stack and incorporates open sourced components
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that are optimized for the hardware. This tutorial describes how to run Celadon as the User OS
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on the ACRN hypervisor. We are using Kaby Lake-based NUC (model NUC7i7DNHE) in this tutorial.
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Prerequisites
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*************
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* Ubuntu 18.04 or higher with at least 150G free disk space
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* Intel Kaby Lake NUC7ixDNHE ( Reference Platforms: :ref:`ACRN supported platforms <hardware>` )
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* BIOS version 0059 or later firmware should be flashed on the NUC system,
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and the ``Device Mode`` option is selected on the USB category of the Devices tab,
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in order to enable USB device function through the internal USB 3.0 port header.
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* Two HDMI monitors
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* A USB dongle (e.g. `Dawson Canyon USB 3.0 female
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to 10-pin header cable <https://www.gorite.com/dawson-canyon-usb-3-0-female-to-10-pin-header-cable>`_)
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is optional if you plan to use the ``adb`` and ``fastboot`` tools in the Celadon User OS for debugging.
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Refer to the `Technical Product Specification
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<https://www.intel.com/content/dam/support/us/en/documents/mini-pcs/nuc-kits/NUC7i5DN_TechProdSpec.pdf>`_
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to identify the USB 3.0 port header on the main board.
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Build Celadon from source
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*************************
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#. Follow the instructions in the `Build Celadon from source
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<https://01.org/projectceladon/documentation/getting_started/build-source>`_ guide
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to set up the Celadon project source code.
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#. Select Celadon build target::
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$ cd <Celadon project directory>
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$ source build/envsetup.sh
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$ lunch cel_apl-userdebug
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.. note:: You can run ``lunch`` with no arguments to manually choose your Celadon build variants.
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#. Download these additional patches and apply each one individually with the command::
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$ git apply <patch-filename>
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.. table:: ACRN patch list
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:widths: auto
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:name: ACRN patch list
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+--------------------------------------------------------------------+-------------------------------------------+
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| Patch link | Description |
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+====================================================================+===========================================+
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| https://github.com/projectceladon/device-androidia/pull/458 | kernel config: Add the support of ACRN |
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+--------------------------------------------------------------------+-------------------------------------------+
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| https://github.com/projectceladon/device-androidia-mixins/pull/293 | graphic/mesa: Add the support of ACRN |
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+--------------------------------------------------------------------+-------------------------------------------+
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| https://github.com/projectceladon/device-androidia/pull/441 | cel_apl: use ttyS0 instead of ttyUSB0 |
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+--------------------------------------------------------------------+-------------------------------------------+
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| https://github.com/projectceladon/device-androidia/pull/439 | Disable trusty and pstore |
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+--------------------------------------------------------------------+-------------------------------------------+
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.. note:: If the ``git apply`` command shows an error, you may need to modify
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the source code manually instead.
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#. Build Celadon image::
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$ device/intel/mixins/mixin-update
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$ make SPARSE_IMG=true gptimage -j $(nproc)
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.. note:: Replace the ``$(nproc)`` argument with the number of processor threads on your workstation
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in order to build the source code with parallel tasks. The Celadon gptimage will be
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generated to ``out/target/product/cel_apl/cel_apl_gptimage.img``
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Steps for Using Celadon as User OS
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**********************************
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#. Follow :ref:`getting-started-apl-nuc` to boot the "ACRN Service OS" based on Clear Linux 29880.
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#. Prepare dependencies on your NUC::
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# mkdir ~/celadon && cd ~/celadon
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# cp /usr/share/acrn/bios/OVMF.fd ./
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# cp /usr/share/acrn/samples/nuc/launch_win.sh ./launch_android.sh
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# sed -i "s/win10-ltsc/android/" launch_android.sh
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# scp <cel_apl_gptimage.img from your host> ./android.img
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# sh launch_android.sh
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#. You will see the shell console from the terminal and the Celadon GUI on the secondary monitor
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after system boots. You can check the build info using the ``getprop`` command in shell console:
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.. code-block:: bash
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console:/ $
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console:/ $ getprop | grep finger
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[ro.bootimage.build.fingerprint]: [cel_apl/cel_apl/cel_apl:9/PPR2.181005.003.A1/rui06241613:userdebug/test-keys]
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[ro.build.fingerprint]: [cel_apl/cel_apl/cel_apl:9/PPR2.181005.003.A1/rui06241613:userdebug/test-keys]
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[ro.vendor.build.fingerprint]: [cel_apl/cel_apl/cel_apl:9/PPR2.181005.003.A1/rui06241613:userdebug/test-keys]
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.. figure:: images/Celadon_home.png
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:width: 700px
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:align: center
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.. figure:: images/Celadon_apps.png
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:width: 700px
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:align: center
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