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test.plt
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test.plt
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:- begin_tests(is_regular_expression).
%%%%%%% TEST IS_REGULAR_EXPRESSION %%%%%%%
test(is_regular_expression) :-
is_regular_expression(a).
test(is_regular_expression, [fail]) :-
is_regular_expression([]).
test(is_regular_expression, [error(_, _)]) :-
is_regular_expression(q, w, e, r, t, y).
test(is_regular_expression, [fail]) :-
is_regular_expression(_).
test(is_regular_expression):-
is_regular_expression(epsilon).
test(is_regular_expression, [fail]) :-
is_regular_expression([q, w, e, r, t, y]).
test(is_regular_expression, [error(_, _)]) :-
is_regular_expression.
test(is_regular_expression) :-
is_regular_expression(is_regular_expression).
test(is_regular_expression, [fail]) :-
is_regular_expression([epsilon]).
test(is_regular_expression) :-
is_regular_expression(or(a, b)).
test(is_regular_expression) :-
is_regular_expression(seq(a, s, d, e, r)).
test(is_regular_expression) :-
is_regular_expression(oneof(q, w, e, r, t, y)).
test(is_regular_expression) :-
is_regular_expression(star(seq(a, s, d))).
test(is_regular_expression) :-
is_regular_expression(bar(a)).
test(is_regular_expression) :-
is_regular_expression(plus(or(seq(q, w, e, r, t, y), or(ciao, notte)))).
test(is_regular_expression) :-
is_regular_expression(star(seq(or(a, s), plus(seq(q, w, e, r, t, y)),
oneof(a, s, d, ciao, or(prova1, prova2), seq(t, e, s, t))))).
test(is_regular_expression) :-
is_regular_expression(bar(seq(or(a, s), plus(seq(q, w, e, r, t, y)),
oneof(a, s, d, ciao, or(prova1, prova2), seq(t, e, s, t))))).
test(is_regular_expression):-
is_regular_expression(or(a, b)).
test(is_regular_expression):-
is_regular_expression(or(123, c)).
test(is_regular_expression):-
is_regular_expression(or(klalalalala, 100000000000200)).
test(is_regular_expression):-
is_regular_expression(or(0, 0)).
test(is_regular_expression):-
is_regular_expression(or(or, or)).
test(is_regular_expression):-
is_regular_expression(or(100000000000000000, 10000000000000000000)).
test(is_regular_expression,[error(_, _)]):-
is_regular_expression(or, or).
test(is_regular_expression,[fail]):-
is_regular_expression(or(0, _)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(_, 0)).
test(is_regular_expression,[fail]):-
is_regular_expression(or([], 0)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(0, [])).
test(is_regular_expression,[fail]):-
is_regular_expression(or([], [])).
test(is_regular_expression):-
Y=l,
X=Y,
is_regular_expression(or(X, a)).
test(is_regular_expression):-
X=2,
Y=a,
is_regular_expression(or(X, Y)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(or(a), 0)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(a, b, c, d, e)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(_)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(a, b, c)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(0)).
test(is_regular_expression,[fail]):-
is_regular_expression(or([ahaha, jajaj])).
test(is_regular_expression,[fail]):-
is_regular_expression(or([ciao])).
test(is_regular_expression,[fail]):-
is_regular_expression(or([a], [b])).
test(is_regular_expression,[fail]):-
is_regular_expression(or(_, _)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(a, _)).
test(is_regular_expression,[fail]):-
is_regular_expression(or(_, a)).
test(is_regular_expression):-
X=..[or, a, b],
is_regular_expression(X).
test(is_regular_expression):-
is_regular_expression(or(or, or)).
test(is_regular_expression):-
is_regular_expression(or(bar, plus)).
test(is_regular_expression):-
is_regular_expression(or(member, concat)).
test(is_regular_expression):-
is_regular_expression(or(epsilon, epsilon)).
test(is_regular_expression):-
is_regular_expression(
or(or(or(or(or(or(or(or(or(or(a, b),
or(or(or(or(or(or(or(c, d), e), f), h),
i), l), m)), n), o), p), q), r), s), t), u)).
test(is_regular_expression,[fail]):-
is_regular_expression(
or(or(or(or(or(or(or(or(or(or(a, b),
or(or(or(or(or(or(or(c, d), e), f), h),
i), l), m)), n), o),[a]), q), r), s), t), u)).
test(is_regular_expression):-
is_regular_expression(star(a)).
test(is_regular_expression):-
is_regular_expression(star(epsilon)).
test(is_regular_expression):-
is_regular_expression(star(10929902)).
test(is_regular_expression):-
is_regular_expression(star(kkksjjs)).
test(is_regular_expression):-
is_regular_expression(star(9)).
test(is_regular_expression,[fail]):-
is_regular_expression(star(_)).
test(is_regular_expression,[fail]):-
is_regular_expression(star([])).
test(is_regular_expression,[fail]):-
is_regular_expression(star([1, 2, 3, 4])).
test(is_regular_expression,[fail]):-
is_regular_expression(star(or([]))).
test(is_regular_expression):-
is_regular_expression(star(star)).
test(is_regular_expression):-
is_regular_expression(star(or)).
test(is_regular_expression):-
is_regular_expression(star(000000000)).
test(is_regular_expression,[fail]):-
is_regular_expression(star(l, l)).
test(is_regular_expression,[fail]):-
is_regular_expression(star([kakkakksjd], [sa])).
test(is_regular_expression,[fail]):-
is_regular_expression(star([ciao])).
test(is_regular_expression,[fail]):-
is_regular_expression(star(_)).
test(is_regular_expression,[fail]):-
X=..[or, _, b],
is_regular_expression(star(X)).
test(is_regular_expression):-
is_regular_expression(bar(q6678687)).
test(is_regular_expression):-
is_regular_expression(bar(lili)).
test(is_regular_expression):-
is_regular_expression(bar(cc)).
test(is_regular_expression):-
is_regular_expression(bar(bar)).
test(is_regular_expression,[fail]):-
is_regular_expression(bar(_)).
test(is_regular_expression,[fail]):-
is_regular_expression(bar([])).
test(is_regular_expression,[fail]):-
is_regular_expression(bar([1, 2, 3])).
test(is_regular_expression):-
is_regular_expression(bar(m)).
test(is_regular_expression,[fail]):-
is_regular_expression(bar(a, b, c, d)).
test(is_regular_expression,[fail]):-
is_regular_expression(bar([a])).
test(is_regular_expression,[fail]):-
is_regular_expression(bar(_)).
test(is_regular_expression,[fail]):-
is_regular_expression(
bar(bar(bar(bar(bar(bar(bar(bar(bar(
seq(oneof(bar(bar(bar(bar(plus(or(star(
plus(bar(bar(bar(oneof(seq(seq(oneof(
plus(star(a)), b, _), a ,c), s, t), r, m)))
)))), t)))))), w, e))))))))))).
test(is_regular_expression):-
is_regular_expression(or(or, or)).
test(is_regular_expression):-
is_regular_expression(or(bar, star)).
test(is_regular_expression):-
is_regular_expression(plus(llllll)).
test(is_regular_expression):-
is_regular_expression(plus(or)).
test(is_regular_expression):-
is_regular_expression(plus(999989889)).
test(is_regular_expression):-
is_regular_expression(plus(as9)).
test(is_regular_expression):-
is_regular_expression(plus(plus)).
test(is_regular_expression,[fail]):-
is_regular_expression(plus([])).
test(is_regular_expression,[fail]):-
is_regular_expression(plus(plus(_))).
test(is_regular_expression,[fail]):-
is_regular_expression(plus(_)).
test(is_regular_expression,[fail]):-
is_regular_expression(seq([])).
test(is_regular_expression):-
is_regular_expression(seq(seq, bar, or)).
test(is_regular_expression):-
is_regular_expression(seq(12, 45, 66, s, d, c, ds, s, a, c)).
test(is_regular_expression,[fail]):-
is_regular_expression(seq(12, 45, 66, s, d, c, [a], s, a, c)).
test(is_regular_expression):-
is_regular_expression(seq).
test(is_regular_expression,[fail]):-
is_regular_expression(seq(_, _, _)).
test(is_regular_expression,[fail]):-
is_regular_expression(seq(_)).
test(is_regular_expression):-
is_regular_expression(seq(a)).
test(is_regular_expression):-
is_regular_expression(oneof(a, b, c, d, e, f, g)).
test(is_regular_expression):-
is_regular_expression(oneof(a)).
test(is_regular_expression):-
is_regular_expression(oneof(1, 2, 3, 4, 5, 6, 7)).
test(is_regular_expression):-
is_regular_expression(oneof(star, bar, plus, oneof)).
test(is_regular_expression,[fail]):-
is_regular_expression(oneof(star, bar, _, oneof)).
test(is_regular_expression,[fail]):-
is_regular_expression(oneof(star, bar, [plus], oneof)).
test(is_regular_expression,[fail]):-
is_regular_expression(oneof(_)).
test(is_regular_expression,[fail]):-
is_regular_expression(oneof(star, bar, _, oneof)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(or(a, _)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(or(a)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(or(or(_, 1), a)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(star(_)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(star(or(a))).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(star(star(_))).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(plus(_)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(plus(star(_))).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(oneof([1, 2, 3, 4])).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(oneof(a, a, s, d, v, b, d, s, oneof(or(_)))).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(bar(_)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(seq(a, a, a, a, _)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(seq(_)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(seq(seq(seq([]), a), a)).
test(is_regular_expressionfail,[fail]):-
is_regular_expression(oneof(a, a, s, d, v, b, d, s,
oneof(bar(bar(bar(bar(bar(_)))))))).
test(is_regular_expression):-
is_regular_expression(oneof).
test(is_regular_expression):-
is_regular_expression(seq).
test(is_regular_expression):-
is_regular_expression(seq(bar(or(a, b)), c)).
test(is_regular_expression):-
is_regular_expression(seq(seq(seq(seq(seq(a, b), b), b), b), b)).
test(is_regular_expression):-
is_regular_expression(bar(bar(bar(bar(bar(bar(
oneof(a, b, or(c, d))))))))).
test(is_regular_expression):-
is_regular_expression(bar(plus(star(or(a, b))))).
test(is_regular_expression):-
is_regular_expression(bar(or(bar(bar(seq(a, oneof(c, d)))), x))).
test(is_regular_expression):-
is_regular_expression(star(star(star(plus(plus(a)))))).
test(is_regular_expression,[fail]):-
is_regular_expression(seq(bar(or(a, _)), c)).
test(is_regular_expression,[fail]):-
is_regular_expression(seq(seq(seq(seq(seq(a, [b]), b), b), b), b)).
test(is_regular_expression,[fail]):-
is_regular_expression(bar(bar(bar(bar(bar(bar(
oneof(a, _, or(c, d))))))))).
test(is_regular_expression,[fail]):-
is_regular_expression(bar(plus(star(or(a, b, d))))).
test(is_regular_expression,[fail]):-
is_regular_expression(bar(or(bar(bar(seq(a, oneof([a], d)))), x))).
test(is_regular_expression,[fail]):-
is_regular_expression(star(star(star(plus(plus(_)))))).
:- end_tests(is_regular_expression).
%%%%%%% FINE TEST IS_REGULAR_EXPRESSION %%%%%%%
%%%%%%% TEST SULLA COMPILAZIONE %%%%%%%
:- begin_tests(compile).
% Atomico
test(compile, [fail]) :-
nfa_re_compile(automa_vuoto, []).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, ciao).
% Seq
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, seq([])).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, seq(q, w, e, r, t, y)).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, seq(a)).
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, seq([])).
% Or
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, or(a, b)).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, or(seq(q, w, e, r, t, y), ciao)).
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, or([], seq(q, w, e, r, t, y))).
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, or(or(a, c), [])).
% Star
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, star(a)).
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, star([])).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, star(seq(q, w, e, r, t, y))).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, star(
star(or(seq(q, w, e, r, t, y), ciao)))
).
% Oneof
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, oneof(a)).
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, oneof([])).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, oneof(q, w, e, r, t, y)).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, oneof(seq(q, w, e, r, t, y),
or(ciao, seq(t, y, u, i, o, p)),
qwerty)).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, oneof(star(or(seq(star(c), d),
seq(a, s, d, or(z, x)))),
seq(q, w, e, r, t, y), qwerty)).
% Plus
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, plus([])).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, plus(a)).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, plus(seq(q, w, e, r, t, y))).
test(compile, [cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, plus(seq(or(a, s),
seq(q, w, e, r, t, y),
star(seq(m, n)),
oneof(u, i, o, p)))).
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, plus(seq([]))).
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]) :-
nfa_re_compile(automa_compile, plus(star(oneof(ciao, [])))).
% Non compilazione di una regexp in un automa già presente in KB
test(compile, [fail, cleanup(nfa_clear_nfa(automa_compile))]):-
nfa_re_compile(automa_compile, oneof(star(bar(a)))),
nfa_re_compile(automa_compile, b).
test(compile, [fail]) :-
nfa_re_compile(compile, non_regexp(a)).
test(compile, [fail]) :-
nfa_re_compile(_, a).
test(compile, [fail]) :-
nfa_re_compile(compile, []).
test(compile, [fail]) :-
nfa_re_compile(compile, _).
test(compile, [fail]) :-
nfa_re_compile(compile, oneof(star(bar(_)))).
:- end_tests(compile).
%%%%% FINE TEST SULLA COMPILAZIONE %%%%%
%%%%% TEST SULLA PULIZIA DELLA KNOWLEDGE BASE %%%%%
:- begin_tests(clean).
test(clean) :-
nfa_re_compile(clean, oneof(seq(q, w, e, r, t, y), bar(a), or(1, 2))),
nfa_clear_nfa(clean),
not(nfa_initial(clean, _)).
test(clean) :-
nfa_re_compile(clean, oneof(seq(q, w, e, r, t, y), bar(a), or(1, 2))),
nfa_clear,
not(nfa_initial(clean, _)).
:- end_tests(clean).
%%%%% FINE TEST SULLA PULIZIA DELLA KB %%%%%
% Test unitari sul riconoscimento di un NFA 'atomico'.
:- begin_tests(nfa_atomico).
test(nfa_atomico, [
setup(nfa_re_compile(atomico, a)),
cleanup(nfa_clear_nfa(atomico))
]) :-
nfa_recognize(atomico, [a]).
test(nfa_atomico, [
fail,
setup(nfa_re_compile(atomico, ciao)),
cleanup(nfa_clear_nfa(atomico))
]) :-
nfa_recognize(atomico, [a]).
test(nfa_atomico, [
fail,
setup(nfa_re_compile(atomico, ciao)),
cleanup(nfa_clear_nfa(atomico))
]) :-
nfa_recognize(atomico, []).
test(nfa_atomico, [
setup(nfa_re_compile(atomico, ciao)),
cleanup(nfa_clear_nfa(atomico))
]) :-
nfa_recognize(atomico, [ciao]).
test(nfa_atomico, [
fail,
setup(nfa_re_compile(atomico, ciao)),
cleanup(nfa_clear_nfa(atomico))
]) :-
nfa_recognize(atomico, [c, i, a, o]).
test(nfa_atomico, [
fail,
setup(nfa_re_compile(atomico, ciao)),
cleanup(nfa_clear_nfa(atomico))
]) :-
nfa_recognize(atomico, [ciao, c]).
test(nfa_atomico, [
setup(nfa_re_compile(atomico, 1)),
cleanup(nfa_clear_nfa(atomico))
]) :-
nfa_recognize(atomico, [1]).
:- end_tests(nfa_atomico).
% Test unitari sul riconoscimento di un NFA derivato da una regexp seq.
:- begin_tests(nfa_seq).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(q, w, e, r, t, y))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [q, w, e, r, t, y]).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(qwerty))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [qwerty]).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(q, w, e, r, t, y))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, []).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(q, w, e, r, t, y))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [q, w, e, r, t, y, g]).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(q, w, e, r, t, y))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [q, w, e, f, r, t, y]).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(q, w, e, r, t, y,
or(z, x)))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [q, w, e, r, t, y, z]),
nfa_recognize(nfa_seq, [q, w, e, r, t, y, x]).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(or(q, w), star(e),
star(seq(r, t, y))))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [q]),
nfa_recognize(nfa_seq, [w]),
nfa_recognize(nfa_seq, [q, e, e, e, e]),
nfa_recognize(nfa_seq, [w, e, e, e, e]),
nfa_recognize(nfa_seq, [q, r, t, y, r, t, y]),
nfa_recognize(nfa_seq, [w, r, t, y, r, t, y, r, t, y]),
nfa_recognize(nfa_seq, [q, e, e, r, t, y, r, t, y, r, t, y, r, t, y, r,
t, y]),
nfa_recognize(nfa_seq,
[w, e, e, e, e, r, t, y, r, t, y, r, t, y, r, t, y, r, t, y, r,
t, y]).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(or(q, w), star(e),
star(seq(r, t, y))))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, []).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(or(q, w), star(e),
star(seq(r, t, y))))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [q, w, e, r, t, y]).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(or(q, w), star(e),
star(seq(r, t, y))))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [w, e, e, e, r, t]).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(or(q, w), star(e),
star(seq(r, t, y))))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [e, e, r, t, y]).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(or(q, w), star(e),
star(seq(r, t, y))))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [e]).
test(nfa_seq, [
fail,
setup(nfa_re_compile(nfa_seq, seq(or(q, w), star(e),
star(seq(r, t, y))))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [r, t, y]).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(ciao, star(ciao)))),
cleanup(nfa_clear_nfa(nfa_seq))
]) :-
nfa_recognize(nfa_seq, [ciao]),
nfa_recognize(nfa_seq, [ciao, ciao, ciao]).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(
oneof(star(star(a)), seq(q, w, e, r, t, y),
or(c, d)),
seq(z, x, c),
star(or(test1, test2))))),
cleanup(nfa_clear_nfa(nfa_seq))
]):-
nfa_recognize(nfa_seq, [z, x, c]),
nfa_recognize(nfa_seq, [a, a, a, a, z, x, c, test1]),
nfa_recognize(nfa_seq, [q, w, e, r, t, y, z, x, c, test1, test2,
test2, test1]),
nfa_recognize(nfa_seq, [c, z, x, c]),
nfa_recognize(nfa_seq, [d, z, x, c, test1, test1]).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(a, a, a, a))),
cleanup(nfa_clear_nfa(nfa_seq))
]):-
not(nfa_recognize(nfa_seq, [a])),
not(nfa_recognize(nfa_seq, [a, a])),
not(nfa_recognize(nfa_seq, [a, a, a])),
nfa_recognize(nfa_seq,[a, a, a, a]),
not(nfa_recognize(nfa_seq, [a, a, a, a, a])),
not(nfa_recognize(nfa_seq, [a, a, a, a, a, a, a])),
not(nfa_recognize(nfa_seq, [a, a, a, a, a, a, a, a, a, a, a, a])),
not(nfa_recognize(nfa_seq, [b])),
not(nfa_recognize(nfa_seq, [b, b, b])),
not(nfa_recognize(nfa_seq, [a, a, a, b])).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(or(a, b), or(c, d),
or(e, f)))),
cleanup(nfa_clear_nfa(nfa_seq))
]):-
nfa_recognize(nfa_seq, [a, c, e]),
nfa_recognize(nfa_seq, [b, c, e]),
nfa_recognize(nfa_seq, [a, d, e]),
nfa_recognize(nfa_seq, [a, d, f]),
nfa_recognize(nfa_seq, [b, d, f]),
nfa_recognize(nfa_seq, [b, d, e]),
nfa_recognize(nfa_seq, [b, c, f]),
nfa_recognize(nfa_seq, [a, c, f]),
not(nfa_recognize(nfa_seq, [c, a, f])).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(a, a, a, a, a, a,
a, a, a, a, a, a, a, a, a, a, a, a,
a, a, a, a, a, a, a, a))),
cleanup(nfa_clear_nfa(nfa_seq))
]):-
nfa_recognize(nfa_seq, [a, a, a, a, a, a, a, a, a, a, a,
a, a, a, a,
a, a, a, a, a, a, a, a, a, a, a]).
test(nfa_seq, [
setup(nfa_re_compile(nfa_seq, seq(or(a, b), or(c, d),
or(e, f), or(g, h), or(i, l), or(m, n), or(o, p),
or(q, r), or(s, t), or(u, v),or(w, x), or(y, z)))),
cleanup(nfa_clear_nfa(nfa_seq))
]):-
nfa_recognize(nfa_seq, [a, c, e, g, i, m, o, q, s, u, w, y]).
:- end_tests(nfa_seq).
% Test unitari sul riconoscimento di una NFA derivato da una regexp or.
:- begin_tests(nfa_or).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(q, w))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [q]).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(q, w))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [w]).
test(nfa_or, [
fail,
setup(nfa_re_compile(nfa_or, or(q, w))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, []).
test(nfa_or, [
fail,
setup(nfa_re_compile(nfa_or, or(q, w))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [ciao]).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(seq(q, w, e, r, t, y),
seq(u, i, o, p)))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [q, w, e, r, t, y]).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(or(qwerty, uiop),
seq(q, w, e, r, t, y)))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [qwerty]).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(or(qwerty, uiop),
seq(q, w, e, r, t, y)))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [q, w, e, r, t, y]).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(or(qwerty, uiop),
seq(q, w, e, r, t, y)))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [uiop]).
test(nfa_or, [
fail,
setup(nfa_re_compile(nfa_or, or(or(qwerty, uiop),
seq(q, w, e, r, t, y)))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [ciao]).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(a, b))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [a]),
nfa_recognize(nfa_or, [b]),
nfa_recognize(nfa_or, [a, epsilon, epsilon, epsilon]),
nfa_recognize(nfa_or, [b, epsilon, epsilon]),
not(nfa_recognize(nfa_or, [a, epsilon, epsilon, b])),
not(nfa_recognize(nfa_or, [_])),
not(nfa_recognize(nfa_or, _)),
not(nfa_recognize(nfa_or, [c])),
not(nfa_recognize(nfa_or, [d])),
not(nfa_recognize(nfa_or, [a, a])),
not(nfa_recognize(nfa_or, [a, b])),
not(nfa_recognize(nfa_or, [b, a])),
not(nfa_recognize(nfa_or, [b, b])),
not(nfa_recognize(nfa_or, [epsilon])),
not(nfa_recognize(nfa_or, [a, a, a])).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(or(a, b), or(c, d)))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [a]),
nfa_recognize(nfa_or, [b]),
nfa_recognize(nfa_or, [c]),
nfa_recognize(nfa_or, [d]),
not(nfa_recognize(nfa_or, [a, b])),
not(nfa_recognize(nfa_or, [e])),
not(nfa_recognize(nfa_or, [f])),
not(nfa_recognize(nfa_or, [epsilon])),
not(nfa_recognize(nfa_or, [])),
not(nfa_recognize(nfa_or, [_])),
not(nfa_recognize(nfa_or, [_, _])),
not(nfa_recognize(nfa_or, [a, d])),
not(nfa_recognize(nfa_or, [b, b])),
not(nfa_recognize(nfa_or, [b, c])),
not(nfa_recognize(nfa_or, [a, a])),
not(nfa_recognize(nfa_or, [b, d])).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, or(or(or(
or(or(a, b), c), d), e),or(or(or(
or(or(or(g, h), i), l), m), n), o)))),
cleanup(nfa_clear_nfa(nfa_or))
]):-
nfa_recognize(nfa_or, [a]),
nfa_recognize(nfa_or, [b]),
nfa_recognize(nfa_or, [c]),
nfa_recognize(nfa_or, [d]),
nfa_recognize(nfa_or, [e]),
not(nfa_recognize(nfa_or, [f])),
nfa_recognize(nfa_or, [g]),
nfa_recognize(nfa_or, [h]),
nfa_recognize(nfa_or, [i]),
nfa_recognize(nfa_or, [l]),
nfa_recognize(nfa_or, [m]),
nfa_recognize(nfa_or, [n]),
nfa_recognize(nfa_or, [o]),
not(nfa_recognize(nfa_or, [a, b, c])),
not(nfa_recognize(nfa_or, [p])),
not(nfa_recognize(nfa_or, [_])),
not(nfa_recognize(nfa_or, [_])),
not(nfa_recognize(nfa_or, [a, a, a])),
not(nfa_recognize(nfa_or, [c, a])).
test(nfa_or, [
setup(nfa_re_compile(nfa_or, oneof(oneof(a, b, c, d, e),
oneof(f, g, h, i, l), oneof(m, n, o, p, q, r),
oneof(s, t, u, v, y, z), or(w, x), oneof(or(1, 2),
or(3, 4), or(5, 6),
or(7, 8), or(9, 0))))),
cleanup(nfa_clear_nfa(nfa_or))
]) :-
nfa_recognize(nfa_or, [a]),
nfa_recognize(nfa_or, [b]),
nfa_recognize(nfa_or, [c]),
nfa_recognize(nfa_or, [d]),
nfa_recognize(nfa_or, [e]),
nfa_recognize(nfa_or, [f]),
nfa_recognize(nfa_or, [g]),
nfa_recognize(nfa_or, [h]),
nfa_recognize(nfa_or, [i]),
nfa_recognize(nfa_or, [l]),
nfa_recognize(nfa_or, [m]),
nfa_recognize(nfa_or, [n]),
nfa_recognize(nfa_or, [o]),
nfa_recognize(nfa_or, [p]),
nfa_recognize(nfa_or, [r]),
nfa_recognize(nfa_or, [s]),
nfa_recognize(nfa_or, [t]),
nfa_recognize(nfa_or, [u]),
nfa_recognize(nfa_or, [v]),
nfa_recognize(nfa_or, [z]),
nfa_recognize(nfa_or, [1]),
nfa_recognize(nfa_or, [2]),
nfa_recognize(nfa_or, [3]),
nfa_recognize(nfa_or, [4]),
nfa_recognize(nfa_or, [5]),
nfa_recognize(nfa_or, [6]),
nfa_recognize(nfa_or, [7]),
nfa_recognize(nfa_or, [8]),
nfa_recognize(nfa_or, [9]),
nfa_recognize(nfa_or, [0]),
nfa_recognize(nfa_or, [x]),
nfa_recognize(nfa_or, [y]),
nfa_recognize(nfa_or, [w]).
:- end_tests(nfa_or).
% Test unitari sul riconoscimento di un NFA derivato da una regexp star.
:- begin_tests(nfa_star).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(a))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, []).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(a))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [a]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(a))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [a, a, a, a, a]).
test(nfa_star, [
fail,
setup(nfa_re_compile(nfa_star, star(a))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [aa]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(star(a)))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, []).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(star(a)))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [a]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(star(a)))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [a, a, a, a]).
test(nfa_star, [
fail,
setup(nfa_re_compile(nfa_star, star(star(a)))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [aa]).
test(nfa_star, [
fail,
setup(nfa_re_compile(nfa_star, star(star(
seq(q, w, e, r, t, y))))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [q, w, s, e, r, f, t, y]).
test(nfa_star, [
fail,
setup(nfa_re_compile(nfa_star, star(star(
or(test1, test2))))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [test3]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(star(
seq(q, w, e, r, t, y)
)))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, []),
nfa_recognize(nfa_star, [q, w, e, r, t, y]),
nfa_recognize(nfa_star, [q, w, e, r, t, y, q, w, e,
r, t, y, q, w, e, r, t, y]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(
seq(q, w, e, r, t, y)
))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, []).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(
seq(q, w, e, r, t, y)
))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [q, w, e, r, t, y]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(
seq(q, w, e, r, t, y)
))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [q, w, e, r, t, y, q, w, e, r, t, y, q,
w, e, r, t, y]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(or(
seq(q, w, e, r, t, y),
ciao)))),
cleanup(nfa_clear_nfa(nfa_star))
]) :-
nfa_recognize(nfa_star, [ciao, ciao]).
test(nfa_star, [setup(nfa_re_compile(nfa_star, star(oneof(star(a),
seq(q, w, e, r, t, y),
or(c, d))))),
cleanup(nfa_clear_nfa(nfa_star))]) :-
nfa_recognize(nfa_star, []),
nfa_recognize(nfa_star, [a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a]),
nfa_recognize(nfa_star, [q, w, e, r, t, y]),
nfa_recognize(nfa_star, [c]),
nfa_recognize(nfa_star, [d]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(a))),
cleanup(nfa_clear_nfa(nfa_star))
]):-
nfa_recognize(nfa_star, [epsilon]),
nfa_recognize(nfa_star, [a]),
nfa_recognize(nfa_star, [a, a]),
nfa_recognize(nfa_star, [a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a, a, a, a, a, a]),
not(nfa_recognize(nfa_star, [b])),
nfa_recognize(nfa_star, [epsilon]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(or(a, b)))),
cleanup(nfa_clear_nfa(nfa_star))
]):-
nfa_recognize(nfa_star, [epsilon]),
nfa_recognize(nfa_star, [a]),
nfa_recognize(nfa_star, [a, a]),
nfa_recognize(nfa_star, [a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a, a, a, a, a, a]),
nfa_recognize(nfa_star, [b]),
nfa_recognize(nfa_star, [b, b]),
nfa_recognize(nfa_star, [b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b, b, b, b, b, b, b, b, b]),
nfa_recognize(nfa_star, [b, a, a, b, a]),
nfa_recognize(nfa_star, [a, a, a, a, b]),
nfa_recognize(nfa_star, [b, b, b, b, b, b, a]),
not(nfa_recognize(nfa_star, [b, b, b, b, b, c])),
not(nfa_recognize(nfa_star, [b, b, b, b, b, a, a, c])),
not(nfa_recognize(nfa_star, [c, a, a, a])),
not(nfa_recognize(nfa_star, [c])),
not(nfa_recognize(nfa_star, [_])).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(epsilon))),
cleanup(nfa_clear_nfa(nfa_star))
]):-
nfa_recognize(nfa_star, [epsilon]),
nfa_recognize(nfa_star, []),
not(nfa_recognize(nfa_star, [a])),
not(nfa_recognize(nfa_star, [b])),
not(nfa_recognize(nfa_star, [b, b])),
not(nfa_recognize(nfa_star, [b, b, b])),
not(nfa_recognize(nfa_star, [b, b, b, b])),
not(nfa_recognize(nfa_star, [b, b, b, b, b])),
not(nfa_recognize(nfa_star, [b, b, b, b, b, b])),
not(nfa_recognize(nfa_star, [b, b, b, b, b, b, b, b, b, b, b, b])),
not(nfa_recognize(nfa_star, [b, a, a, b, a])),
not(nfa_recognize(nfa_star, [a, a, a, a, b])),
not(nfa_recognize(nfa_star, [b, b, b, b, b, b, a])).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(star(star(a))))),
cleanup(nfa_clear_nfa(nfa_star))
]):-
nfa_recognize(nfa_star, [epsilon]),
nfa_recognize(nfa_star, [a]),
nfa_recognize(nfa_star, [a, a]),
nfa_recognize(nfa_star, [a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a, a, a, a, a, a]).
test(nfa_star,[
fail,
setup(nfa_re_compile(nfa_star,
star(star(star(star(
star(star(star(a))))))))),
cleanup(nfa_clear_nfa(nfa_star))
]):-
nfa_recognize(nfa_star,[b]).
test(nfa_star, [
setup(nfa_re_compile(nfa_star, star(star(star(
star(or(a, b))))))),
cleanup(nfa_clear_nfa(nfa_star))
]):-
nfa_recognize(nfa_star, [epsilon]),
nfa_recognize(nfa_star, [a]),
nfa_recognize(nfa_star, [a, a]),
nfa_recognize(nfa_star, [a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a]),
nfa_recognize(nfa_star, [a, a, a, a, a, a, a, a, a, a, a, a]),
nfa_recognize(nfa_star, [b]),
nfa_recognize(nfa_star, [b, b]),
nfa_recognize(nfa_star, [b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b, b, b]),
nfa_recognize(nfa_star, [b, b, b, b, b, b, b, b, b, b, b, b]),
nfa_recognize(nfa_star, [b, a, a, b, a]),
nfa_recognize(nfa_star, [a, a, a, a, b]),
nfa_recognize(nfa_star, [b, b, b, b, b, b, a]),
not(nfa_recognize(nfa_star, [b, b, b, b, b, c])),
not(nfa_recognize(nfa_star, [b, b, b, b, b, a, a, c])),
not(nfa_recognize(nfa_star, [c, a, a, a])),
not(nfa_recognize(nfa_star, [c])),
not(nfa_recognize(nfa_star, [_])).
:- end_tests(nfa_star).