Identifying what to import is easy: just run this command line on your Linux box:ĬOLLECT_LTO_WRAPPER=/usr/lib/gcc/arm-linux-gnueabihf/4.6/lto-wrapperĬonfigured with. So we simply import the headers and the libraries from the Linux machine before building the toolchain.
#HOW TO INSTALL GDB ON DEBIAN LINUX ARM WINDOWS#
Building separate versions of them on Windows would not only be tricky and time-consuming, but would also cause troubles in case our Windows binaries end up slightly different from the ones on the target Linux machine. The main difference between building a cross-compiler for a Linux system and a barebone system (such as arm-eabi) is the immense amount of libraries already available on the target system, each of them having include and library files under /usr/include and /usr/lib. The build process was far away from being straight-forward and slightly different from the way barebone cross-compilers are built, so this post summarizes all problems and gives workarounds for them. We’ve just finished building a Win32 toolchain for building Raspberry PI applications (BTW, if you have not checked Raspberry PI yet, do it, as it’s a pretty amazing gadget for it price).
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