def test_model_state_conversion(self):
sep = self.state_cls.separator
states = [
'P{0}1'.format(sep),
[
'P{0}2{0}a'.format(sep),
[[
'P{0}2{0}b{0}x{0}1'.format(sep),
'P{0}2{0}b{0}x{0}2'.format(sep)
], 'P{0}2{0}b{0}y'.format(sep)]
]
]
tree = OrderedDict([
('P',
OrderedDict([
('1', OrderedDict()),
('2',
OrderedDict([
('a', OrderedDict()),
('b',
OrderedDict([('x',
OrderedDict([('1', OrderedDict()),
('2', OrderedDict())])),
('y', OrderedDict())]))
]))
]))
])
m = self.machine_cls()
self.assertEqual(tree, m._build_state_tree(states, sep))
self.assertEqual(states, _build_state_list(tree, sep))
def test_model_state_conversion(self):
sep = self.state_cls.separator
states = [
'P%s1' % (sep, ),
[
'P%s2%sa' % (
sep,
sep,
),
[[
'P%s2%sb%sx%s1' % (
sep,
sep,
sep,
sep,
),
'P%s2%sb%sx%s2' % (
sep,
sep,
sep,
sep,
)
],
'P%s2%sb%sy' % (
sep,
sep,
sep,
)]
]
]
tree = OrderedDict([
('P',
OrderedDict([
('1', OrderedDict()),
('2',
OrderedDict([
('a', OrderedDict()),
('b',
OrderedDict([('x',
OrderedDict([('1', OrderedDict()),
('2', OrderedDict())])),
('y', OrderedDict())]))
]))
]))
])
m = self.machine_cls()
self.assertEqual(tree, m._build_state_tree(states, sep))
self.assertEqual(states, _build_state_list(tree, sep))