def test_get_min_complexity_1(self):
gate = SeqGate()
gate.parse(
'and(and(seq({h}lop({e}{f}))xor(and(and(seq({a}{g}){d}){g})and(xor({g}{d}){b})))and({e}opt({c})))'
)
self.assertEqual(512, gate.complexity)
def test_get_next_possible_states_3(self):
gate = SeqGate()
gate.parse('{a}lop(opt({b}{c}{d}{e}{f}))xor({g}{h})')
e1 = gate.elements[0]
actual = set(list(gate.get_next_possible_states((), None, e1)))
self.assertEqual(1, len(actual))
def test_eq3(self):
gate1 = SeqGate()
gate1.parse('and(xor({b}{c}){d}){e})')
gate2 = AndGate()
gate2.parse('and(xor({b}{c}){d}){e})')
self.assertFalse(gate1 == gate2)
def test_96(self):
gate = SeqGate()
gate.parse(
'and(and({f}opt(and({f}opt(and({e}{d})))))xor(opt({d})xor({b}xor({c}{a}{b}))))'
'lop(xor({a}{c}opt(xor({f}{d}))xor({b}xor({c}{a}{b}))))')
all_length_8_routes = gate.get_all_n_length_routes(8)
self.assertEqual(500, len(all_length_8_routes))
def test_count_repeating_if_seq_parent_4(self):
gate = SeqGate()
gate.parse(
'{a}and({d}xor({c}{b})){e}lop({f}and(xor({b}{c}){d}){e})xor({g}{h})'
)
self.assertEqual(4, gate.elements[3].count_repeating_if_seq_parent())
def test_get_min_complexity_legend4(self):
gate = SeqGate()
gate.parse('xor(seq({a}{c}{d}{e}{h})'
'seq({a}{b}{d}{e}{g})'
'seq({a}{d}{c}{e}{h})'
'seq({a}{b}{d}{e}{h})'
'seq({a}{c}{d}{e}{g})'
'seq({a}{d}{c}{e}{g})'
'seq({a}{d}{b}{e}{h})'
'seq({a}{c}{d}{e}{f}{d}{b}{e}{h})'
'seq({a}{d}{b}{e}{g})'
'seq({a}{c}{d}{e}{f}{b}{d}{e}{h})'
'seq({a}{c}{d}{e}{f}{b}{d}{e}{g})'
'seq({a}{c}{d}{e}{f}{d}{b}{e}{g})'
'seq({a}{d}{c}{e}{f}{c}{d}{e}{h})'
'seq({a}{d}{c}{e}{f}{d}{b}{e}{h})'
'seq({a}{d}{c}{e}{f}{b}{d}{e}{g})'
'seq({a}{c}{d}{e}{f}{b}{d}{e}{f}{d}{b}{e}{g})'
'seq({a}{d}{c}{e}{f}{d}{b}{e}{g})'
'seq({a}{d}{c}{e}{f}{b}{d}{e}{f}{b}{d}{e}{g})'
'seq({a}{d}{c}{e}{f}{d}{b}{e}{f}{b}{d}{e}{h})'
'seq({a}{d}{b}{e}{f}{b}{d}{e}{f}{d}{b}{e}{g})'
'seq({a}{d}{c}{e}{f}{d}{b}{e}{f}{c}{d}{e}{f}{d}{b}{e}{g}))')
self.assertEqual(21, gate.complexity)
def test_get_min_complexity_legend(self):
gate = SeqGate()
gate.parse(
'{a}and(xor({b}{c}){d}){e}lop({f}and(xor({b}{c}){d}){e})xor({g}{h})'
)
self.assertEqual(85 * 8, gate.complexity)
self.assertEqual(5 * 8, gate.complexity_for_metric)
def test_legend_1(self):
gate = SeqGate()
gate.parse(
'{a}and(xor({b}{c}){d}){e}lop({f}and(xor({b}{c}){d}){e})xor({g}{h})'
)
all_length_9_routes = gate.get_all_n_length_routes(
9, ('a', 'c', 'd', 'e', 'f', 'd', 'b', 'e', 'h'))
self.assertEqual(8, len(all_length_9_routes))
def test_98(self):
gate = SeqGate()
gate.parse(
'{a}{b}{c}osq(opt(lop(opt({d}{e}{f}))seq(lo1({f}{g}{h}{m}){i}))xor({j}{l}{n}{o}{p}){k})'
)
all_length_5_routes = gate.get_all_n_length_routes(
7, ('a', 'd', 'b', 'e', 'h'))
self.assertEqual(500, len(all_length_5_routes))
def test_97(self):
gate = SeqGate()
gate.parse(
'xor(and(seq({f}{c})seq({a}{d}{b}))lop({a}))xor(seq(opt({d}){e}lop({g}))seq(xor({a}opt({e})){h})and({h}and({b}{d})))'
)
all_length_5_routes = gate.get_all_n_length_routes(
5, ('a', 'd', 'b', 'e', 'h'))
self.assertEqual(500, len(all_length_5_routes))
def test_number_of_combos_lop_opt(self):
# assuming max lop gate length = 3
gate = SeqGate()
gate.parse('lop({b})opt({c}{d})lop(xor({e}{b}))')
all_length_5_routes = gate.get_all_n_length_routes(5)
# (0,2,3) 2^3 + (1,1,3) 2 * 2^3 + (1,2,2) 2^2 + (2,0,3) 2^3 + (2,1,2) 2 * 2^2 + (2,2,1) 2 +
# (3,0,2) 2^2 + (3,1,1) 2 * 2 + (3,2,0) 1
# 8 + 16 + 4 + 8 + 8 + 2 + 4 + 4 + 1
self.assertEqual(55, len(all_length_5_routes))
def test_get_min_complexity_legend3(self):
gate = SeqGate()
gate.parse('{a}lop(opt({b}{c}{d}{e}{f}))xor({g}{h})')
self.assertEqual(
sum(pow(326, i) for i in range(3 + 1)) * 2, gate.complexity)
self.assertEqual(
sum(pow(326, i) for i in range(2 + 1)) * 2,
gate.complexity_for_metric)
def test_legend_3_2(self):
gate = SeqGate()
gate.parse('{a}lop(opt({b}{c}{d}{e}{f}))xor({g}{h})')
all_length_11_routes = gate.get_all_n_length_routes(
15, ('a', 'd', 'c', 'e', 'f', 'd', 'b', 'e', 'f', 'c', 'd', 'e',
'f', 'd', 'b', 'e', 'g'))
# count = {'a': 0, 'b': 0, 'c': 0, 'd': 0, 'e': 0, 'f': 0, 'g': 0, 'h': 0}
# for x in all_length_11_routes:
# for y in get_event_names(x):
# count[y] += 1
self.assertEqual(19100, len(all_length_11_routes))
def test_get_next_possible_states_2(self):
gate = SeqGate()
gate.parse('{a}lop(opt({b}{c}{d}{e}{f}))xor({g}{h})')
events_with_parents = gate.get_all_child_events_with_parents()
e1 = gate.elements[0]
keys = [x for x in events_with_parents.keys()]
e2 = keys[1]
actual = set(
list(events_with_parents[e1].get_next_possible_states((e1, ), e1,
e2)))
self.assertEqual(7, len(actual))
def test_get_next_possible_states(self):
gate = SeqGate()
gate.parse('{a}lop(opt({b}{c}{d}{e}{f}))xor({g}{h})')
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[1]
e3 = keys[2]
e4 = keys[3]
actual = set(
list(events_with_parents[e3].get_next_possible_states((e1, e2, e3),
e3, e4)))
self.assertEqual(7, len(actual))
def test_eq2(self):
gate1 = SeqGate()
gate1.parse('and({d}xor({b}{c})){e})')
gate2 = SeqGate()
gate2.parse('and(xor({b}{c}){d}){e})')
self.assertTrue(gate1 == gate2)
def test_get_next_possible_states_9_5(self):
gate = SeqGate()
gate.parse('{a}lo3(lo3(opt({d}))and({d}))opt({c}{b}){e}')
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[1]
e3 = keys[2]
actual = set(
list(events_with_parents[e2].get_next_possible_states((e1, e2), e2,
e3)))
self.assertEqual(2, len(actual))
def test_get_next_possible_states_4(self):
gate = SeqGate()
gate.parse(
'{a}and(seq(xor(seq(lop({c})opt({c})){b}){d})lop(seq({f}{d})))xor({e}seq({e}{g}))'
)
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[2]
e4 = keys[4]
e8 = keys[8]
actual = set(
list(events_with_parents[e4].get_next_possible_states((e1, e2, e4),
e4, e8)))
self.assertEqual(3, len(actual))
def test_92(self):
gate = SeqGate()
gate.parse('and({a}{f}opt(and({b}{e}lop({c}))){d})')
all_length_6_routes = gate.get_all_n_length_routes(6)
expected = [
EventGroupMatcher(
EventGroup([
EventGroupParallel([
Event('a'),
Event('f'),
EventGroupParallel(string_to_events('bec')),
Event('d')
])
]))
]
self.assertCountEqual(expected, all_length_6_routes)
def test_get_next_possible_states_8(self):
gate = SeqGate()
gate.parse('{a}{c}and({d})and(lo1({f}{d}{b}{e}){e})xor(xor({g}){h})')
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[1]
e3 = keys[2]
e4 = keys[7]
e5 = keys[9]
actual = set(
list(events_with_parents[e4].get_next_possible_states(
(e1, e2, e3, e4), e4, e5)))
self.assertEqual(3, len(actual))
def test_9(self):
gate = SeqGate()
gate.parse('and({c}and({a}lop({e}opt({d}))seq({c}{b})))')
all_length_5_routes = gate.get_all_n_length_routes(5)
expected = [
EventGroupMatcher(
EventGroup([
EventGroupParallel([
Event('c'),
EventGroupParallel([
Event('a'),
Event('e'),
EventGroup(string_to_events('cb'))
])
])
]))
]
self.assertCountEqual(expected, all_length_5_routes)
def test_get_next_possible_states_9_6(self):
gate = SeqGate()
gate.parse(
'and(xor({d}{a})and({d}{c}))xor(lop({g})seq({e}{f}{d}{b}))and(opt({h}){e})'
)
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[1]
e2 = keys[3]
e3 = keys[2]
e4 = keys[5]
actual = set(
list(events_with_parents[e3].get_next_possible_states((e1, e2, e3),
e3, e4)))
self.assertEqual(4, len(actual))
def test_8(self):
gate = SeqGate()
gate.parse(
'xor({f}{d}and({e}xor(lop(xor({f}{d}))lop({a}))))and({b}{a})')
all_length_3_routes = gate.get_all_n_length_routes(3)
self.assertCountEqual([
EventGroupMatcher(
EventGroup(
[Event('f'),
EventGroupParallel(string_to_events('ba'))])),
EventGroupMatcher(
EventGroup(
[Event('d'),
EventGroupParallel(string_to_events('ba'))])),
EventGroupMatcher(
EventGroup(
[Event('e'),
EventGroupParallel(string_to_events('ba'))]))
], all_length_3_routes)
def test_get_next_possible_states_9_1(self):
gate = SeqGate()
gate.parse(
'{a}seq({b}and(opt(seq({d}){e})){h})xor({g}and(opt({a}))opt(opt(and({d}))xor(seq({c}){e}seq({e}){a})))'
)
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[1]
e3 = keys[2]
e4 = keys[8]
e5 = keys[10]
actual = set(
list(events_with_parents[e4].get_next_possible_states(
(e1, e2, e3, e4), e4, e5)))
self.assertEqual(1, len(actual))
def test_get_next_possible_states_9_2(self):
gate = SeqGate()
gate.parse(
'{a}xor(xor(xor({b})lo2({b}){b}){c}seq(and(and({b})){e})){d}opt(xor(and({e}opt(xor({h}{g})))){h}'
)
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[1]
e3 = keys[2]
e4 = keys[7]
e5 = keys[9]
actual = set(
list(events_with_parents[e4].get_next_possible_states(
(e1, e2, e3, e4), e4, e5)))
self.assertEqual(4, len(actual))
def test_get_next_possible_states_9_7(self):
gate = SeqGate()
gate.parse(
'{a}and(and(opt({e})seq(xor({d}{e}){b}))xor(opt({g})xor(xor({h}xor({f}{h}))xor({f}and(and({c}{h}){a})))))'
)
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[2]
e3 = keys[4]
e4 = keys[1]
e5 = keys[6]
actual = set(
list(events_with_parents[e4].get_next_possible_states(
(e1, e2, e3, e4), e4, e5)))
self.assertEqual(8, len(actual))
def test_get_next_possible_states_9_4(self):
gate = SeqGate()
gate.parse(
'seq({a})xor({b}{f}{c}){d}and(xor({h}xor(and(xor(and({c})))lo0(xor({b}{f}{d}{g})))){e})opt({h})'
)
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[0]
e2 = keys[1]
e3 = keys[4]
e4 = keys[11]
e5 = keys[12]
actual = set(
list(events_with_parents[e4].get_next_possible_states(
(e1, e2, e3, e4), e4, e5)))
self.assertEqual(7, len(actual))
def test_get_next_possible_states_6_6(self):
gate = SeqGate()
gate.parse(
'and(xor(opt(lop({f}))xor(and({e}{a}seq({c}{d})opt({g}{a}))and({b}{h}){g})'
'xor(xor(and({e}{a}seq({c}{d}))opt({b}))xor(xor(opt({c})lop({c}))seq({b}{d}))))opt({h}))'
)
events_with_parents = gate.get_all_child_events_with_parents()
keys = [x for x in events_with_parents.keys()]
e1 = keys[2]
e2 = keys[3]
e3 = keys[4]
e4 = keys[1]
e5 = keys[18]
actual = set(
list(events_with_parents[e4].get_next_possible_states(
(e1, e2, e3, e4), e4, e5)))
self.assertEqual(3, len(actual))
def test_7(self):
gate = SeqGate()
gate.parse('lop({c})')
self.assertEqual(None, gate.get_all_n_length_routes(6))
self.assertEqual([
EventGroupMatcher(
EventGroup([EventGroupParallel(string_to_events('ccc'))]))
], gate.get_all_n_length_routes(3))
def test_6(self):
gate = SeqGate()
gate.parse('xor(and({c}and(and({c}{b}and({d}{f})){b}{e})){e}{e})')
self.assertEqual([
EventGroup(
[EventGroupParallel(string_to_events('abcdefghijklmn'))])
], gate.get_all_n_length_routes(7))
self.assertEqual([], gate.get_all_n_length_routes(6))