Software Getting Started » History » Version 5
Anonymous, 02/19/2016 10:49 PM
1 | 1 | == OsmocomBB Getting Started Guide == |
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3 | This page will describe how to compile the firmware, the host utilities and how to use them. |
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4 | |||
5 | === Compiling osmocomBB === |
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6 | osmocomBB consists out of software that is intended to be run on the phone (target) and the host system. |
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7 | |||
8 | ==== Depenendencies for the host ==== |
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9 | osmocomBB requires GNU autoconf, automake, libtool, pkg-config, make and GCC to compile. You will |
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10 | also need to use git to access and update the sources. There should be no other depedencies. The name |
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11 | of these packages depend on the distribution used. To |
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13 | For Debian the package names are: |
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14 | {{{ |
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15 | sudo aptitude install libtool autoconf git-core pkg-config make gcc |
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16 | }}} |
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17 | |||
18 | ==== Depenendencies for the target ==== |
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19 | To compile software for the target we need a GNU Toolchain for ARM. There are various pre-compiled toolchains |
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20 | available but not all of them will produce working firmware. We will try to support all these configurations but it |
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21 | might take a while to identify the source of a problem. |
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23 | 3 | The toolchains that are known working are the [http://www.gnuarm.com GNUArm.com] ones. They provide a |
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24 | ARM GCC 3.4 .3 for X86 [http://gnuarm.com/bu-2.15_gcc-3.4.3-c-c++-java_nl-1.12.0_gi-6.1.tar.bz2 here] and |
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25 | a ARM GCC 4.0.2 for x86_64 [http://gnuarm.com/bu-2.16.1_gcc-4.0.2-c-c++_nl-1.14.0_gi-6.4_x86-64.tar.bz2 here]. The |
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26 | toolchain is relocatable and be extracted in your home directory. |
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27 | |||
28 | An example for x86 |
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29 | {{{ |
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30 | $ wget http://gnuarm.com/bu-2.15_gcc-3.4.3-c-c++-java_nl-1.12.0_gi-6.1.tar.bz2 |
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31 | $ mkdir install |
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32 | $ cd install |
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33 | $ tar xjf ../bu-2.15_gcc-3.4.3-c-c++-java_nl-1.12.0_gi-6.1.tar.bz2 |
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34 | $ ls gnuarm-3.4.3/bin/arm-elf-gcc |
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35 | }}} |
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36 | |||
37 | 2 | ==== Getting and updating the source ==== |
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38 | 1 | {{{ |
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39 | git clone git://git.osmocom.org/osmocom-bb.git |
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40 | 2 | }}} |
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41 | |||
42 | {{{ |
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43 | $ cd osmocom-bb.git |
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44 | $ git pull --rebase |
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45 | }}} |
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46 | |||
47 | ==== Building the source ==== |
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48 | Compiling both the target and the host code will happen with the following command. It assumes that the '''arm-elf-gcc''' |
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49 | is inside the current path. |
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50 | |||
51 | {{{ |
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52 | $ cd src |
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53 | $ make |
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54 | }}} |
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55 | 1 | ||
56 | 4 | If your GCC binary that produces ARM code is not called '''arm-elf-gcc''' you will need to invoke the following statement |
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57 | and provide the basename of the toolchain with the ending '''-'''. |
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58 | 2 | ||
59 | {{{ |
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60 | $ cd src |
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61 | $ make -e CROSS_TOOL_PREFIX=arm-OTHER_NAME- |
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62 | 1 | }}} |
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63 | 4 | ||
64 | If no error has occured you will have the firmware binaries in ''src/target/firmware/board/compal_e88/*.bin'' that can be |
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65 | used with the Motorola C123. You also have the binaries to run on your host in ''src/host/osmocon/osmocon'', in |
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66 | ''src/host/layer23/src/misc'' and ''layer23/src/mobile''. |
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67 | 5 | ||
68 | |||
69 | === Running osmocomBB === |
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70 | The original bootloader of Compal and others are built in a way to load code via the serial interface. The [wiki:osmocon] |
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71 | utility implements this protocol and can upload the firmware. Please the [wiki:osmocon] for the details of how to use |
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72 | it properly. |
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74 | After the firmware has been loaded the [wiki:osmocon] application will print the output of the serial console |
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75 | and it provides a unix domain socket that another layer of software can connect to. In the case of osmocomBB |
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76 | this higher layer software is called [wiki:layer23] and is actually a group of binaries providing different functionality. Please |
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77 | see [wiki:layer23] for the details. |