Table of Contents
Installing EDE on Minix
Minix is a
UNIX-like operating system and was an inspiration for the
Linux kernel. It is intended to be run on computers with limited resources (like embedded devices) or for applications which require high reliability.
This tutorial shows how to install and configure the latest version of
Minix. A version greater than 3.2.1 or any recent development snapshot is assumed as the system to install
EDE on. Also be aware that this are generic installation instructions. For system tuning or advanced configuration, please contact the
Note: If you are going to install
VirtualBox, either avoid versions 3.2.0 and 3.2.1 or try to use development snapshot; there is a bug in these versions which will prevent to start X11.
In case you have already configured your OS (e.g. installed Xorg and a C++ compiler) you may skip the following section.
Assuming you are running as root, first update the package database and install X11.
Minix comes with the
Clang compiler by default and both
EDE can be compiled with it, so you don't have to install
GCC unless you have specific reasons for using that.
The next step is downloading additional tools and libraries, like cURL (to download source archives) and pkg-config (used during the build process).
$ pkgin update $ pkgin install x11 freetype2 fontconfig curl pkg-config
EDE can be compiled without Xft support (font antialiasing) minimizing the overall library usage; just omit freetype2 and fontconfig from command above.
Enabling shared libraries
Minix does not come with shared library support by default on versions <=3.2.1 and this is major issue because ede-panel (desktop panel)
loads all widgets/applets from shared libraries (.so files via dlopen).
To enable it, follow these instructions;
shared libraries are enabled by default on latest
Minix development snapshots or versions >3.2.1.
Minix uses pkgsrc for downloading and compiling packages from source code so this is the best place to obtain
DBus (official release) can't be compiled on Minix, so you have to use a patched version available only in pkgsrc.
DBus is a big obstacle on
Minix (it depends on a lot of external libraries which
pkgsrc will have to pull),
edelib can be compiled without
DBus support. However, this feature was just recently added and is available only on repository right now. To compile
DBus, just add –disable-dbus to
edelib's configure script, like this:
$ ./configure --disable-dbus
edelib will then be compiled without
EDE's code will automatically pick up this option.
FLTK also can be compiled from
pkgsrc, but for purpose of this tutorial we will compile it from source code. These commands will do it:
$ curl -O http://ftp.easysw.com/pub/fltk/1.3.2/fltk-1.3.2-source.tar.gz $ tar -xpvf fltk-1.3.1-source.tar.gz $ cd fltk-1.3.1 $ export LIBS="-lXrender -lfreetype -lexpat" $ ./configure --prefix=/usr/pkg --x-includes=/usr/pkg/X11R6/include --x-libraries=/usr/pkg/X11R6/lib
If you are using
Clang instead of
GCC, open the makeinclude file in
FLTK's source directory, find the CXX variable and
change it, so that instead of
CXX = g++
CXX = clang++
This is necessary due to a bug in
Minix's autoconf package.
$ make && make install
Note: You don't have to use the
FLTK version which was chosen here, but make sure to use one of the 1.3.x versions.