signature NITPICK_TESTS = sig val run_all_tests : Proof.context -> unit end;
structure Nitpick_Tests : NITPICK_TESTS = struct
open Nitpick_Util open Nitpick_Peephole open Nitpick_Rep open Nitpick_Nut open Nitpick_Kodkod
val settings = [("solver", "\"DefaultSAT4J\"")]
fun cast_to_rep R u = Op1 (Cast, type_of u, R, u)
val dummy_T = \<^typ>\<open>'a\
val atom1_v1 = FreeName ("atom1_v1", dummy_T, Atom (1, 0)) val atom2_v1 = FreeName ("atom2_v1", dummy_T, Atom (2, 0)) val atom6_v1 = FreeName ("atom6_v1", dummy_T, Atom (6, 0)) val atom16_v1 = FreeName ("atom16_v1", dummy_T, Atom (16, 0)) val atom24_v1 = FreeName ("atom24_v1", dummy_T, Atom (24, 0)) val atom36_v1 = FreeName ("atom36_v1", dummy_T, Atom (36, 0)) val struct_atom1_atom1_v1 =
FreeName ("struct_atom1_atom1_v1", dummy_T, Struct [Atom (1, 0), Atom (1, 0)])
(* Formula Atom Struct Vect Func Formula X X X N/A N/A Atom X X X X X Struct N/A X X N/A N/A Vect N/A X N/A X X Func N/A X N/A X X
*)
val tests =
[("rep_conversion_formula_formula",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Formula Neut)
(cast_to_rep (Formula Neut) atom2_v1), atom2_v1)),
("rep_conversion_atom_atom",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0)) (cast_to_rep (Atom (16, 0)) atom16_v1),
atom16_v1)),
("rep_conversion_struct_struct_1",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Struct [Atom (4, 0), Atom (6, 0)])
(cast_to_rep (Struct [Atom (4, 0), Atom (6, 0)]) atom24_v1),
atom24_v1)),
("rep_conversion_struct_struct_2",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Struct [Atom (4, 0), Struct [Atom (2, 0), Atom (3, 0)]])
(cast_to_rep (Struct [Atom (4, 0), Atom (6, 0)]) atom24_v1),
atom24_v1)),
("rep_conversion_struct_struct_3",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Struct [Atom (4, 0), Atom (6, 0)])
(cast_to_rep (Struct [Atom (4, 0), Struct [Atom (2, 0), Atom (3, 0)]])
atom24_v1),
atom24_v1)),
("rep_conversion_vect_vect_1",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Vect (2, Atom (4, 0)))
(cast_to_rep (Vect (2, Struct [Atom (2, 0), Atom (2, 0)]))
atom16_v1)),
atom16_v1)),
("rep_conversion_vect_vect_2",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Vect (2, Struct [Atom (2, 0), Atom (2, 0)]))
(cast_to_rep (Vect (2, Atom (4, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_vect_vect_3",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Vect (2, Atom (4, 0)))
(cast_to_rep (Vect (2, Vect (2, Atom (2, 0)))) atom16_v1)),
atom16_v1)),
("rep_conversion_vect_vect_4",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Vect (2, Vect (2, Atom (2, 0))))
(cast_to_rep (Vect (2, Atom (4, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_func_func_1",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (36, 0))
(cast_to_rep (Func (Atom (2, 0), Struct [Atom (2, 0), Atom (3, 0)]))
(cast_to_rep (Func (Atom (2, 0), Atom (6, 0))) atom36_v1)),
atom36_v1)),
("rep_conversion_func_func_2",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (36, 0))
(cast_to_rep (Func (Atom (2, 0), Atom (6, 0)))
(cast_to_rep (Func (Atom (2, 0), Struct [Atom (2, 0), Atom (3, 0)]))
atom36_v1)),
atom36_v1)),
("rep_conversion_atom_formula_atom",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (2, 0)) (cast_to_rep (Formula Neut) atom2_v1),
atom2_v1)),
("rep_conversion_atom_struct_atom1",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (6, 0))
(cast_to_rep (Struct [Atom (3, 0), Atom (2, 0)]) atom6_v1),
atom6_v1)),
("rep_conversion_atom_struct_atom_2",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (24, 0))
(cast_to_rep (Struct [Struct [Atom (3, 0), Atom (4, 0)],
Atom (2, 0)]) atom24_v1),
atom24_v1)),
("rep_conversion_atom_vect_func_atom_1",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Vect (4, Atom (2, 0)))
(cast_to_rep (Func (Atom (4, 0), Atom (2, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_atom_vect_func_atom_2",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Vect (4, Atom (2, 0)))
(cast_to_rep (Func (Atom (4, 0), Atom (2, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_atom_vect_func_atom_3",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Vect (4, Atom (2, 0)))
(cast_to_rep (Func (Atom (4, 0), Formula Neut)) atom16_v1)),
atom16_v1)),
("rep_conversion_atom_func_vect_atom_1",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Func (Atom (4, 0), Atom (2, 0)))
(cast_to_rep (Vect (4, Atom (2, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_atom_func_vect_atom_2",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Func (Atom (4, 0), Atom (2, 0)))
(cast_to_rep (Vect (4, Atom (2, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_atom_func_vect_atom_3",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Func (Atom (4, 0), Formula Neut))
(cast_to_rep (Vect (4, Atom (2, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_atom_func_vect_atom_5",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (16, 0))
(cast_to_rep (Func (Atom (1, 0), Atom (16, 0)))
(cast_to_rep (Vect (1, Atom (16, 0))) atom16_v1)),
atom16_v1)),
("rep_conversion_atom_vect_atom",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (36, 0))
(cast_to_rep (Vect (2, Struct [Atom (2, 0), Atom (3, 0)]))
atom36_v1),
atom36_v1)),
("rep_conversion_atom_func_atom",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Atom (36, 0))
(cast_to_rep (Func (Atom (2, 0), Struct [Atom (2, 0), Atom (3, 0)])) atom36_v1),
atom36_v1)),
("rep_conversion_struct_atom1_1",
Op2 (Eq, bool_T, Formula Neut,
cast_to_rep (Struct [Atom (1, 0), Atom (1, 0)]) atom1_v1,
struct_atom1_atom1_v1))]
fun problem_for_nut ctxt (name, u) = let val debug = false val peephole_optim = true val nat_card = 4 val int_card = 9 val j0 = 0 val constrs = kodkod_constrs peephole_optim nat_card int_card j0 val (free_rels, pool, table) =
rename_free_vars (fst (add_free_and_const_names u ([], []))) initial_pool
NameTable.empty val u = Op1 (Not, type_of u, rep_of u, u)
|> rename_vars_in_nut pool table val formula = kodkod_formula_from_nut Typtab.empty constrs u val bounds = map (bound_for_plain_rel ctxt debug) free_rels val univ_card = univ_card nat_card int_card j0 bounds formula val declarative_axioms = map (declarative_axiom_for_plain_rel constrs)
free_rels val formula = fold_rev s_and declarative_axioms formula in
{comment = name, settings = settings, univ_card = univ_card,
tuple_assigns = [], bounds = bounds, int_bounds = [], expr_assigns = [],
formula = formula} end
fun run_all_tests ctxt = let val thy = Proof_Context.theory_of ctxt val {debug, overlord, timeout, ...} = Nitpick_Commands.default_params thy [] val kodkod_scala = Config.get ctxt Kodkod.kodkod_scala val deadline = Timeout.end_time timeout val max_threads = 1 val max_solutions = 1 in case Kodkod.solve_any_problem kodkod_scala debug overlord deadline max_threads max_solutions
(map (problem_for_nut ctxt) tests) of
Kodkod.Normal ([], _, _) => ()
| _ => error "Tests failed" end
end;
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Bemerkung:
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