ref: fdddd447b3976f26a4146ebf91abfc04736a006b biboumi/INSTALL.md -rw-r--r-- 4.1 KiB
fdddd447 — louiz’ Use “using” instead of typedef 6 years ago


cmake . && make && ./biboumi

If that didn’t work, read on.


Build and runtime dependencies:


  • A C++14 compiler (clang >= 3.4 or gcc >= 4.9 for example)
  • CMake
  • ronn (optional) to build the man page


  • expat Used to parse XML from the XMPP server. http://expat.sourceforge.net/

  • libiconv Encoding from anything into UTF-8 http://www.gnu.org/software/libiconv/

  • libuuid Generate unique IDs http://sourceforge.net/projects/libuuid/

  • libidn (optional, but recommended) Provides the stringprep functionality. Without it, JIDs for IRC users are not provided. http://www.gnu.org/software/libidn/

  • c-ares (optional, but recommended) Asynchronously resolve domain names. This offers better reactivity and performances when connecting to a big number of IRC servers at the same time. http://c-ares.haxx.se/

  • libbotan 1.11 (optional) Provides TLS support. Without it, IRC connections are all made in plain-text mode. Other branches than the 1.11 are not supported. http://botan.randombit.net/

  • litesql (optional) Provides a way to store various options in a (sqlite3) database. Each user of the gateway can store their own values (for example their prefered port, or their IRC password). http://git.louiz.org/litesql

  • systemd (optional) Provides the support for a systemd service of Type=notify. This is useful only if you are packaging biboumi in a distribution with Systemd.


Configure the build system using cmake, there are many solutions to do that, the simplest is to just run

cmake .

in the current directory.

The default build type is "Debug", if you want to build a release version, set the CMAKE_BUILD_TYPE variable to "release", by running this command instead:


You can also configure many parameters of the build (like customize CFLAGS, the install path, choose the compiler, or enabling some options like the POLLER to use), using the ncurses interface of ccmake:

ccmake .

In ccmake, first use 'c' to configure the build system, edit the values you need and finaly use 'g' to generate the Makefiles to build the system and quit ccmake.

You can also configure these options using a -D command line flag.

The list of available options:

  • POLLER: lets you select the poller used by biboumi, at compile-time. Possible values are: EPOLL: use the Linux-specific epoll(7). This is the default on Linux. POLL: use the standard poll(2). This is the default value on all non-Linux platforms.

  • WITH_BOTAN and WITHOUT_BOTAN: The first force the usage of the Botan library, if it is not found, the configuration process will fail. The second will make the build process ignore the Botan library, it will not be used even if it's available on the system. If none of these option is specified, the library will be used if available and will be ignored otherwise.

  • WITH_LIBIDN and WITHOUT_LIBIDN: Just like the WITH(OUT)_BOTAN options, but for the IDN library

  • WITH_SYSTEMD and WITHOUT_SYSTEMD: Just like the other WITH(OUT)_* options, but for the Systemd library



This command will configure the project to build a release, with TLS enabled (using Botan) but without using Systemd (even if available on the system).


  • Once you’ve configured everything using cmake, build the project



  • And then, optionaly, Install the software system-wide

    make install


You can run the test suite with

make check

This project uses the Catch unit test framework, it will be automatically fetched with cmake, by cloning the github repository.

You can also check the overall code coverage of this test suite by running

make coverage

This requires gcov and lcov to be installed.


Run the software using the biboumi binary. Read the documentation (the man page biboumi(1) or the biboumi.1.md file) for more information on how to use biboumi.