Please read Erste (Repository-)Schritte (german).
Short version in english: Please make sure that you have cloned our RIOT fork on the same directory level.
Example:
/home/user/home-project/diy14bus/ # this repository
/home/user/home-project/RIOT/ # patkan/RIOT
For compiling arm based binaries you need a fully functional arm-gcc toolchain. We use gcc-arm-embedded.
If you want to run the configuration tool on a Raspberry Pi, clone the RF24- Repository and the WebsocketPP- Repository into a directory on the same level as the above mentioned.
Your final directory structure should look like this:
your_project_dir
|--> diy14bus/
|--> RIOT/
|--> RF24/
|--> websocketpp/
Go to application directory (for example first-test/) and run make.
(No need to build RIOT directly.)
One special note about the config-server: This tool depends on a Raspberry Pi and can be compiled there, and only there. (Fancy crosscompiling voodoo possible...)
Before being able to compile cowbus-config-server, you have to compile and install the RF24 library by changing to the directory RF24 and type:
make install # NOTE: perhaps you need sudo ...
This compiles the RF24 library and installs the binary system wide.
Moreover you need at least GCC version 4.7 or 4.8 (we use C++11 language features).
You need Boost library: System, IOStreams, Thread. On Raspbian you can simply do:
apt-get install libboost-system-dev libboost-iostreams-dev libboost-thread-dev
We will think about it.