Radarcape:ApplicationDevelopmentOnRC: Difference between revisions
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[http://www.boost.org/boost-build2/doc/html/bbv2/overview/invocation.html Invocation (targets and switches)] | [http://www.boost.org/boost-build2/doc/html/bbv2/overview/invocation.html Invocation (targets and switches)] | ||
[[http://stackoverflow.com/questions/6782071/boostbuild-patchlevel-h-does-not-exist In case of fails with respect to something with Python] | |||
My compile command:<br\> | |||
./b2 -j 2 toolset=gcc-arm --build-dir=arm-linux-gnueabi stage | |||
Revision as of 10:45, 1 November 2014
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The tasks described in this manual require expert knowledge of Unix/Linux and embedded systems. |
The Radarcape contains a full Linux system based on the Beaglebone hardware, so it can even be used for developing your own code. You can find plenty of information in the web. Here, it shall only be showed how some small "hello world" and other small applications can be compiled and run on the Radarcape.
Packages For C/C++ Development On Beaglebone (Angstrom)
These packages are needed for C or C++ development on the Beaglebone:
opkg install update opkg install gcc opkg install gcc-symlinks opkg install g++ opkg install g++-symlinks opkg install make opkg install boost opkg install libc6-dev opkg install binutils opkg files libgcc-s-dev
It is recommended that these packages be updated in the explicit sequence above rather than all-at-once.
Building Boost For Beaglebone
Mind these pages:
Cross Compilation
Note: take care that the user-config.jam is in the search path of b2
Invocation (targets and switches)
[In case of fails with respect to something with Python
My compile command:<br\> ./b2 -j 2 toolset=gcc-arm --build-dir=arm-linux-gnueabi stage