
libmbb is a MIT-licensed C library targeted at embedded systems.
The upstream repository is at https://github.com/jawebada/libmbb/.
libmbb does not allocate memory dynamically. It is up to the developer to decide how memory is allocated. The HSM module supports both purely event-driven and non-blocking, real-time suitable processing.
The tools sub directory contains the following command line tools:
mhsm_scaffold adds event processing function stubs to source filesmunt_main generates main functions for unit testslibmbb uses the autotools for building. If you clone its upstream repository
you will have to call ./autogen.sh to build the configure script.
autogen.sh just calls autoreconf which depends on autoconf and automake
being installed. If the configure script is built it is the usual game of
./configure
make
make install
The install target will install the examples and unit tests along with libmbb
itself. These programs have rather unspecific names like test_hsm. Calling
./configure --program-prefix=mbb_ will install them as mbb_test_hsm
instead. Alternatively, you might specify ./configure --prefix=/opt/mbb to
install everything into /opt/mbb.
Call make check to run the unit tests.
Call ./configure --host=arm-linux to cross-compile for arm-linux.
Call ./configure --help for a general help message.
libev and its header files are
installed on your system.Note that the terminal interfaces of some of the examples (pelican and
monostable) will be interfered with by the stderr output of the debugging
macros. You can either add -DNDEBUG to CPPFLAGS to disable these debugging
macros or redirect stderr like this:
examples/pelican 2> log
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