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1. #Makefile cross compile c static library linux mac os cgo android#
2. #Makefile cross compile c static library linux mac os cgo code#

Sometimes a CPU optimized compiler will work with a different family but typically you would use a more generic compiler in that case. If you want to make the most fine tuned compiler that only works with your specific CPU then you set all the optimization you can to match your exact hardware. If you want to make a compiler that will cover a larger group of hardware you build with only required parameters and maybe a few optimization that you know everyone can use.

#Makefile cross compile c static library linux mac os cgo code#

Some parameters are optional and provide a specific "optimization" that makes your code run more efficient on a system with a very specific design. For example selecting Architecture (ARM, x86, SPARC), Endianness (Bit, Little), Bit size (8, 16, 32) or if the CPU contains a Floating Point Unit (Hardware, Software). When it comes to compilers, GCC as an example, there many times a hundred or more tuning parameters that change the way a binary file is created from source. Since the Ubuntu people are looking to cover a larger, more generic market they provide a more generic compiler. The second compiler you list is from Ubuntu and is built for ARM systems running Linux using GNU EABI. Clang C/C++ cross compiler and runtime for OpenEmbedded/Yocto Project. An OCaml cross-toolchain for Windows and several useful libraries.

#Makefile cross compile c static library linux mac os cgo android#

The one found at github is configured in such a way that it should be the most optimum for an ARM BCM2708 family running Linux using GNU EABI. Build an Android App for deploying YOLO V3 source code on mobile phone directly. Compilers in the Unix world are labeled with a string that defines: