Build scripts for building ghc cross compilers targeting Android
Shell C
Pull request Compare This branch is 2 commits ahead, 36 commits behind neurocyte:master.
Fetching latest commit…
Cannot retrieve the latest commit at this time.
Failed to load latest commit information.


Build script for building ghc cross compilers targeting Android. This script wraps up all the hacks and tweaks that are currently needed to get a working ghc android crosscompiler. It will download the Android NDK, the iconv library, the ncurses library and GHC itself as required. If you already have the Android NDK you can put it in the tarfiles directory and the build script will reuse it. If you already have a ghc clone, you can use the mirror script to avoid doing a full re-download during cloning.

Before starting a build you will need a working gcc, git, happy, alex and (at least for arm builds) llvm-3.2 on the build host. You will also need enough 32 bit support to run the Android NDK compiler. Usually just glibc, libstdc++ and zlib should be enough.

To build a ghc-android compiler execute:


By default this should give you a android-14 arm-linux-androideabi-4.7 compiler at:


Add this directory to your PATH to use the cross compiler with the full target prefix.

Or add:


to your PATH to use it without prefixes. There is also a cabal wrapper script in this directory that will cross compile packages with cable and add them to the ghc package-db.

You can change various variables via the environment to give you other configurations.

There is also a pre-configured x86 variation you can build like this:

./build --x86

If you want to build more than one configuration it is worth building a local mirror repo to speed up subsequent ghc clones. To build a mirror run:

./mirror {path to existing ghc clone}

During ./build the GHC repo is cloned into appropriate path, e.g.:


So the mirror path can become this:

./mirror build-android-14-arm-linux-androideabi-4.7/ghc

This will build a mirror that will automatically be used by the build script to speed up cloning.

The following configurations have been tested on an up-to-date Arch Linux install and are known to work:

* ghc-android-14-arm-linux-androideabi-4.7
* ghc-android-14-x86-4.7

Comments, patches and success reports are welcome.