CompilingFirmware » History » Version 20
peteruithoven, 2014-04-08 19:30
1 | 5 | jaap | {{>toc}} |
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3 | 2 | peteruithoven | h1. Compiling from source |
4 | 3 | peteruithoven | |
5 | 19 | peteruithoven | It is possible to compile the software from source and make a binary image that runs on the mbed. There are 3 methods: |
6 | # With MBED online compiler (at http://mbed.org): You need an account on mbed.org and a Internet connection. |
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7 | # With gcc4mbed offline compiler, using GCC. Download at (https://github.com/adamgreen/gcc4mbed) |
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8 | # With open source MBED from GitHub. |
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9 | 16 | peteruithoven | |
10 | h2. With gcc4mbed |
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11 | 1 | peteruithoven | |
12 | You can use GCC4MBED on your platform, or use a linux virtual machine to compile the sources. See: |
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13 | http://jeelabs.net/projects/tosca/wiki/ARM_toolchain_setup_GCC4ARM |
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15 | Installation of gcc4mbed on linux: |
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16 | <pre> |
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17 | wget https://github.com/adamgreen/gcc4mbed/zipball/master |
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18 | mv master adamgreen-gcc4mbed.zip |
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19 | unzip adamgreen-gcc4mbed.zip |
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20 | mv adamgreen-gcc4mbed-* gcc4mbed |
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21 | cd gcc4mbed |
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22 | ./linux_install</pre> |
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23 | Check the "Github gcc4mbed page":https://github.com/adamgreen/gcc4mbed when you run into problems. |
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24 | Then download / clone the firmware |
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25 | <pre>git clone https://github.com/LaosLaser/Firmware.git</pre> |
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26 | Place laser folder in gcc4mbed folder |
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27 | Run the following command in that folder |
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28 | <pre>make</pre> |
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29 | And copy the resulting bin file to your MBED or LPC. |
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31 | The compiler (currently) creates two .bin files. (laos.bin and laos-lpc.bin) laos-LPC is (experimental) for the lpcexpresso (not mbed). |
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32 | 4 | jaap | |
33 | 18 | peteruithoven | h2. With open source MBED from GitHub |
34 | 4 | jaap | |
35 | Download the firmware from github: |
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37 | 20 | peteruithoven | <pre>git clone --recursive https://github.com/LaosLaser/Firmware.git -b mbed-gcc</pre> |
38 | 4 | jaap | |
39 | Optional, maybe not necessary: update mbed libs |
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41 | <pre>cd Firmware/mbed</pre> |
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43 | <pre>git pull origin master</pre> |
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44 | |||
45 | or from elsewhere |
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47 | <pre>git pull https://github.com/pbrier/mbed master</pre> |
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49 | 11 | peteruithoven | Patch mbed libraries: |
50 | 1 | peteruithoven | |
51 | 13 | jaap | <pre>cd mbed/ |
52 | 14 | peteruithoven | patch -p1 < ../laser/mbed.patch</pre> |
53 | 11 | peteruithoven | |
54 | 7 | peteruithoven | Download _GCC ARM_ from the following address and place it in a folder |
55 | _https://launchpad.net/gcc-arm-embedded/+download_ |
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57 | 17 | peteruithoven | Copy _Firmware/mbed/workspace_tools/settings.py_ to _Firmware/mbed/workspace_tools/private_settings.py_. |
58 | Update the _GCC_ARM_PATH_ path in _private_settings.py_ to for example: _/Developer/gcc-arm-none-eabi-4_7-2013q3/bin_ (Make sure you specify the _bin_ folder). |
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59 | 7 | peteruithoven | |
60 | 4 | jaap | Now, compile the libraries |
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62 | 1 | peteruithoven | <pre>python workspace_tools/build.py -m LPC1768 -t GCC_ARM -r -e -u -c</pre> |
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64 | 9 | peteruithoven | Link LaOSlaser as an mbed example project |
65 | 11 | peteruithoven | <pre>cd libraries/tests/net/protocols/</pre> |
66 | 1 | peteruithoven | |
67 | 11 | peteruithoven | <pre>ln -s ../../../../../laser</pre> |
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69 | 9 | peteruithoven | Compiling the firmware: |
70 | 11 | peteruithoven | <pre>cd ../../../../</pre> |
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72 | <pre>python workspace_tools/make.py -m LPC1768 -t GCC_ARM -n laser</pre> |
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73 | 9 | peteruithoven | |
74 | 15 | peteruithoven | Then you should be able to find your new firmware at: |
75 | _Firmware/mbed/build/test/LPC1768/GCC_ARM/laser/laser.bin_ |
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77 | 4 | jaap | Read http://mbed.org/handbook/mbed-tools for more info |
78 | 6 | peter | |
79 | h1. Debugging |
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81 | You can debug the MBED by means of a USB/serial connection. This is included in the mbed (no USB/serial adapter required). |
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82 | See the [[MBED Serial Debugging]] page for more information. |
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83 | 4 | jaap | |
84 | 1 | peteruithoven | <pre>...</pre> |