def test_enter_top(self):
expected_action_names = ['top-entry', 'top-Initial', 'left-entry',
'left[0].top-entry', 'left[0].top-Initial',
'left[0].start-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, self.hsm)
assert [str(act) for act in seq] == expected_action_names
def test_enter_right(self):
expected_action_names = ['right-entry', 'right-Initial', 'subs-entry',
'subs[0].top-entry', 'subs[0].top-Initial',
'subs[0].start-entry', 'subs[1].top-entry',
'subs[1].top-Initial', 'subs[1].start-entry']
right = get_state_by_sig(('right',), self.hsm.flattened)
seq = entry_sequence(right, self.hsm.trans,
self.hsm.flattened, self.hsm)
assert [str(act) for act in seq] == expected_action_names
def test_enter_A(self):
mock = MockHSM()
A_state = get_state_by_sig(('A',), self.hsm.flattened)
for key in [1, 3, 4, 5, 6, 'asd']:
mock.data.foo = key
expected_action_names = ['A-entry', 'A-Initial', 'B-entry',
'C-entry']
seq = entry_sequence(A_state, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
mock.data.foo = 2
expected_action_names = ['A-entry', 'A-Initial', 'B-entry',
'B-Initial', 'C-entry']
seq = entry_sequence(A_state, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
def test_enter_B(self):
mock = MockHSM()
B_state = get_state_by_sig(('B',), self.hsm.flattened)
for key in [3, 4, 5, 6, 'blah']:
mock.data.foo = key
expected_action_names = ['B-entry', 'B-Initial', 'C-entry']
seq = entry_sequence(B_state, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
def test_enter_top(self):
mock = MockHSM()
mock.data.foo = 1
expected_action_names = ['top-entry', 'top-Initial', 'A-entry',
'A-Initial', 'B-entry', 'C-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
mock.data.foo = 2
expected_action_names = ['top-entry', 'top-Initial', 'A-entry',
'B-entry', 'B-Initial', 'C-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
mock.data.foo = 3
expected_action_names = ['top-entry', 'top-Initial', 'A-entry',
'B-entry', 'C-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
mock.data.foo = 'BLAH' # take default
expected_action_names = ['top-entry', 'top-Initial', 'A-entry',
'B-entry', 'C-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
mock.data.foo = 4
expected_action_names = ['top-entry', 'top-Initial', 'D-entry',
'D-Initial', 'E-entry', 'F-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
mock.data.foo = 5
expected_action_names = ['top-entry', 'top-Initial', 'D-entry',
'E-entry', 'E-Initial', 'F-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
mock.data.foo = 6
expected_action_names = ['top-entry', 'top-Initial', 'D-entry',
'E-entry', 'F-entry']
seq = entry_sequence(self.hsm.root, self.hsm.trans,
self.hsm.flattened, mock)
assert [str(act) for act in seq] == expected_action_names
def test_enter_s2(self):
expected_action_names = ['s2-entry', 's2-Initial', 's21-entry',
's211-entry']
s2 = get_state_by_sig(('s2',), self.hsm.flattened)
seq = entry_sequence(s2, self.hsm.trans, self.hsm.flattened, self.hsm)
assert [str(act) for act in seq] == expected_action_names
