Hand-written Prelude implementatin of ROSACE Case Study
with hand-written Prelude imported node in C.

This directory contains:

assemblage.plu:
  The Prelude programme source code which describes the assembly
  of several "imported" computational nodes including their
  relative period.
  There is several version of the assemblage node in the .plu file:
  assemblage,
  assemblage_v2,
  assemblage_v3,
  assemblage_v4, assemblage_v41,
  assemblage_v5.

  They all use the same set of imported nodes.

assemblage_includes.h:
  The header describing the [Prelude] imported nodes.

assemblage_includes.c:
  The body of the previous. i.e. implementation of the
  functions declared in assemblage_includes.h.

For inspecting real-time characteristic with SchedMCore:
  lsmc_converter -l ./libassemblage-noencoding.so

For generating a graphical representation of task dependencies:
  lsmc_converter -v0 -l  ./libassemblage-noencoding.so --taskset-output-fmt=dot --taskset-output-file=libassemblage-noencoding.dot
  dot -Tsvg -o libassemblage-noencoding.svg libassemblage-noencoding.dot
  (your Graphviz/dot install may support many more output format like png, pdf, jpeg, xfig...)

For running with SchedMCore:
  lsmc_run-nort -l ./libassemblage-noencoding.so -c 1 -b 1000 -m 20000 -v 0

-c gives the number of core to run on.
-b argument is the basetime in nanosecond,
     1000 --> 1 tick = 10^3 nano-second = 1 micro-second
-m is the maximum number of tick to run
-v verbosity level
     0 do not print anything

One can run with various scheduler using -s argument.

lsmc_run-nort -l ./libassemblage-noencoding.so -c 1 -b 1000 -m 20000 -v 0 -s edf  --> Global EDF
lsmc_run-nort -l ./libassemblage-noencoding.so -c 1 -b 1000 -m 20000 -v 0 -s fp   --> Global FP

More information on the usage of lsmc_run[-nort] can be found
using command line help and/or the SchedMCore manual
see http://sites.onera.fr/schedmcore/node/1, and reference therein.