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139 lines
4.6 KiB
Plaintext
139 lines
4.6 KiB
Plaintext
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===================================
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Genode on the Fiasco.OC microkernel
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===================================
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Stefan Kalkowski
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Fiasco.OC is a microkernel developed by the OS group of the TU-Dresden. It's
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an object-oriented capability-based system for x86, ARM and PowerPC platforms.
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This document provides brief instructions about downloading, building and
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booting the Fiasco.OC version of Genode.
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Prerequisites
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#############
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You need certain tools to use the Fiasco.OC build system. On Debian/Ubuntu
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systems you have to install the following packages:
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! apt-get install make gawk pkg-config subversion patch
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Moreover, you need to download and install the tool-chain used by Genode. Have
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a look at this page:
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:[http://genode.org/download/tool-chain]:
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Genode tool-chain
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If you want to use the so called run-scripts in Genode, a mechanism that
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automates building, integration and testing of components, you have to install
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the following, additional package:
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! apt-get install expect
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Building the Fiasco.OC version of Genode
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########################################
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The current version of Genode is available at the public subversion repository:
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:http://genode.org/download/subversion-repository:
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Information about accessing the Genode public subversion repository
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After you've fetched the Genode source tree from the subversion repository, or
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downloaded the latest release tar archive, you need the Fiasco.OC source code,
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its kernel-bindings, additional bootstrap tools etc. To simplify that step,
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you can use the 'prepare_port' tool:
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! ./tool/ports/prepare_port foc
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This will install all necessary third-party source code in the 'contrib' folder.
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For the vesa driver on x86 the x86emu library is required and can be downloaded
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and prepared by invoking the following command:
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! ./tool/ports/prepare_port x86emu
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Now, go to a directory where you want the Genode/Fiasco.OC build directory to
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remain. Use the helper script in the 'tool' directory of the Genode
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source tree to create the initial build environment. You need to state the
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build directory you want to create, and the hardware architecture to run
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Fiasco.OC/Genode on. Choose 'foc_x86_32', 'foc_x86_64', or 'foc_pbxa9'
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depending on whether you want to build for the 32-bit or 64-bit X86
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architecture, or for ARMs Cortex-A9.
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! <genode-dir>/tool/create_builddir foc_x86_32 \
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! BUILD_DIR=<build-dir>
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Now, go to the newly created build directory and type make:
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! cd <build-dir>
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! make
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This will build the Fiasco.OC kernel, its bootstrap code, and every Genode component,
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that runs on top of Fiasco.OC.
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If you just want to give Genode/Fiasco.OC a try, you can call e.g.: the demo run-script
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instead of building everything:
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! cd <build-dir>
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! make run/demo
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Running L4Linux on top of Genode
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################################
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To get the L4Linux running on top of Genode, you have to change prepare its
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sources:
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! ./tool/ports/prepare_port l4linux
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This will fetch the currently supported version from the L4Linux subversion
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repository, and apply a patch to it, that is needed to execute it on top of
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Genode.
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Before compiling L4Linux for Genode/Fiasco.OC you have to integrate the 'ports-foc'
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repository into your build environment. Therefore edit the 'etc/build.conf' file
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in your build directory, and uncomment the following line:
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! REPOSITORIES += $(GENODE_DIR)/repos/ports-foc
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After that you can build and run L4Linux by issuing:
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! make run/l4linux
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in your build directory. This run-script boots a single L4Linux instance into
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a minimal console environment. After booting completes, the run-scripts tries
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to download the Genode project webpage via the 'wget' tool within the L4Linux
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environment. If all wents fine the run-script completes successfully.
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Integration of Fiasco.OC with Genode
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####################################
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If you don't want the Genode build system to build the Fiasco.OC kernel for
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you, but you want to provide your own version, you have to state in the
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'etc/foc.conf' file within your build directory, where to find it:
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! L4_BUILD_DIR = <l4re-build-dir>
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! KERNEL = <fiasco.oc-kernel-binary>
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The first variable states where to find the kernel bindings (the L4RE build
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directory), the second one states where your kernel binary can be found.
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After adding these variable to the file, you have to do a full cleanup
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in your build directory to ensure, that the right bindings are used:
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! make cleanall
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From now on, run-scripts will use your provided kernel.
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Further Information
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###################
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:[http://os.inf.tu-dresden.de/fiasco]:
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Official website for the Fiasco.OC microkernel.
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