On supported Linuxes, just run two commands:
./install.sh
./do
This should work on:
- Debian 9 (Stretch) (amd64, and 32bit i686)
- Debian 8 (Jessie) (amd64, and 32bit i686)
- Devuan 8 (Jessie) (amd64, and 32bit i686)
- Probably also other Linux Debian versions above 9
- Ubuntu 15.10 (amd64)
- Probably also other Linux Ubuntu versions above 15.10
- Probably Fedora 25 (amd64)
- Mint 18.1 (amd64)
- Also on some related systems.
If the script install fails, you can try installing yourself the dependencies (libraries etc), and then try running ./do
If that all fails, you can instead:
try just running normal cmake . && make but first you have to yourself do following:
- install dependencies in system
- git submodules update --init (or alike)
- build local dependency libraries if needed (e.g. libsodiumpp) for ones that are not automatically built from our main cmake/make.
Static build
Static build of our program require static dependencies.
Boost libraries from linux system repositories usually doesn’t provide by default static libraries. So to fill needed cmake variables BOOST_INCLUDEDIR or BOOST_ROOT. We have to build boost manually from source with parameters: link=static and runtime-link=static boost build could be followed by $GALAXY_DIR/contrib/gitian-descriptors/libboost-build/build-boost-static
Build steps for native build (after manualy boost build):
$ BUILD_STATIC=1 BUILD_SET_BOOST_ROOT="./path/to/boost/static-build" ./do --go
After successfull build we can check whether the result tunserver.elf binary is built correctly (does not require any shared library) by: $ ldd tunserver.elf not a dynamic executable