HOWTO: Cross-compile a Go app for Windows from Linux 2014/10/09 2014/10/09 OneOfOne 3 Comments I recently needed to test some app on windows, and while cross-compiling in Go is straight-forward, the app had some C code and apparently on Arch … How cool would it be if we could also install our dependencies with a package manager like Debian's apt-get ? Fortunately, Gary Kramlich who is one of Pidgin‘s core developers, has done all the hard work for us and created the Debian based msys2-cross Container. It includes the MinGW compiler for windows, and an OSX SDK. The crosscompile.bash script has been removed to prevent accidents from people coming here from outdated links. Dependencies will be automatically correctly resolved. Cross compiling with arm-linux-gnueabihf. The corresponding packages are: If your cgo program only uses the standard C library this would actually be all you need. You can find the Dockerfiles in the respective folders of the remoteAudio-xcompile repository. Step 1. Over the years, Docker has become one of my indispensible tools. The crosscompile.bash script has been removed to prevent accidents from people coming here from outdated links.. Before we can cross compile our (c)go program, we have to set a few environment variables. ... # GoLang cross-compile snippet for Go 1.6+ based loosely on Dave Chaney's cross-compile script: Inspired by Dave’s script, goxc is a go application that not only cross compiles, but also can compress the different binaries and package them with the readme and license. This image is available from https://hub.docker.com/r/level/golang-cross. In this post I will explain how you can cross compile your cgo project for multiple operating systems and architectures in a clear and structured manner. As it turns out, some smart folks have solved this problem and created MSYS2 which is a software distro and building platform for Windows. One could re-implement those libraries in Go, but often it's just not feasible. We use the variable GOOS for the target operating system, and GOARCH for the target architecture. Using this container as the base image, I created containers to compile remoteAudio for windows/amd64 and windows/i386 directly from Linux. amd64, i386, armel, armhf, arm64, mips, powerpc and ppc64el. That's what this article has been written for. So installing the opus and portaudio libraries (and header files) for arm64 looks like this: The Debian package manager will store the installed files on our host system in folders named after the respective architecture. After the successful compilation, we find the binary in the current directory of our host system and we can confirm that it has been built for arm64 (aarch64). This would just install the amd64 versions of those libraries. https://dave.cheney.net/2015/08/22/cross-compilation-with-go-1-5, https://github.com/golang/go/wiki/WindowsCrossCompiling, https://www.infoq.com/news/2015/08/go-1-5, http://stackoverflow.com/questions/33113190/how-to-create-a-statically-linked-golang-executable-with-go-1-5, http://matthewkwilliams.com/index.php/2014/09/28/go-executables-are-statically-linked-except-when-they-are-not/, http://stackoverflow.com/questions/16747021/how-do-you-statically-link-a-c-library-in-go-using-cgo, https://www.osso.nl/blog/golang-statically-linked/, https://blog.codeship.com/building-minimal-docker-containers-for-go-applications/, https://stackoverflow.com/questions/16747021/how-do-you-statically-link-a-c-library-in-go-using-cgo, https://github.com/golang/go/issues/12808, https://news.ycombinator.com/item?id=7677699, https://stackoverflow.com/questions/33113190/how-to-create-a-statically-linked-golang-executable-with-go-1-5, dh1tw.de 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