* iface/dve2/dve2.hh (load_dve2): Take a "dead" argument.
* iface/dve2/dve2.cc (callback_context): Add a destructor
to simplify...
(dve2_succ_iterator::~dve2_succ_iterator) ... this one.
(convert_aps): Skip the dead proposition.
(dve2_kripke::dve2_kripke): Take a dead argument, and
setup alive_prop and dead_prop.
(compute_state_condition, get_succ): Use a cache for the
conditions and successor of the last state, to share
some work between these two function. Add loops on dead
states.
(load_dve2): Pass dead to dve2_kripke and convert_aps.
* iface/dve2/dve2check.cc: Add a -dDEAD option.
* iface/dve2/finite.test, iface/dve2/finite.dve: New file.
* iface/dve2/Makefile.am: Declare them.
* iface/dve2/dve2.cc (compile_dve2): New function. Compile
the *.dve source if there is no newer *.dve2C already.
(load_dve2): Call compile_dve2 when given a *.dve file.
* iface/dve2/dve2.hh (load_dve2): Document it.
10" or "b != 3". This only work for integer variables presently.
* iface/dve2/dve2.hh (load_dve2): Take an atomic_prop_set
argument to indicate the AP to observe.
* iface/dve2/dve2.cc (convert_aps): New function. Parse the
atomic propositions in format them in a prop_set structure that
will allow fast generation of the state condition.
(load_dve2): Call convert_aps, and pass the resulting prop_set
structure to the kripke object.
(dve2_kripke::dve2_kripke): Store the prop_set structure.
(dve2_kripke::~dve2_kripke): Release the prop_set, and unregister
the bdd_variable associated to it.
(compute_state_condition): New method that uses the prop_set.
(succ_iter, state_condition): Call compute_state_condition().
* iface/dve2/dve2check.cc: Adjust the call to load_dve2 to
pass it atomic propositions read from the command line.
properties are still missing.
* iface/dve2/dve2.cc, iface/dve2/dve2.hh: Add
classes for presenting the DiVinE2 model as a kripke object.
(load_dve2): Load the *.dve2C file using libltdl.
* iface/dve2/Makefile.am: Add a dve2check program.
* iface/dve2/dve2check.cc: New file. Currently it just
outputs the reachability graph using dotty.
