In fact, we need this for non AFC boards,
like ml605 which does not have AFC DIAG modules.
Thus, no addresses for AFC DIAG module exists in the
mem_layout.h file, causing the compilation to fail.

This reverts commit 05d338d3.

The conditional compilation was used before
the linker table. Now this is not necessary
and, in fact, is an error as afcv3_1 sttills needs
this module, but would not be compile with it as
just afcv3 is specified in the Makefile.

In fact, specifyng it is an error as upstart
will hang on start/stop

As all of the Malamute is a draft API, we need
this for Malamute version 1.0.0

As all of the Malamute is a draft API, we need
this for Malamute version 1.0.0

As all of the Malamute is a draft API, we need
this

This is a stable upstream version. So, we
prefer that this one instead of the old 0.1.0.

Malamute current version 1.0.0 changed the
MACRO version to MLM_VERSION. So, we update it
here.

The only difference from AFCv3 is the
EEPROM address, which is correct (0x50 and 0x52
for the FMC1 and FMC2 slots, respectively) in this
version.

As we can have multiple application, we don't
need to check if APPS is set to a specific
value. If anything goes wrong, the Makefile will
fail accordingly.

With this we could build multiple apps
simultaneously, with a single make, like:

make APPS='"ebpm pbpm"' <other options> or
sudo ./compile.sh '"ebpm pbpm"' <other options>

We don't have a Install section.
So, no need to install it.

Some distros, like SL6, does not recognize
upstart jobs with service, just with initctl.

Udev rules are installed by our scripts/Makefile
as they are specific to our project

udev rules and custom scripts were reverted
and those need to be install from bpm-sw repository