def test_reformat_simple_submachine(self):
states = {
'a': State(
[
({ 'sub1': State({
'x': State() }) },
{ } ),
({ 'sub2': State({
'y': State({
'deep': State() })})},
{ } ),
])
}
exp_states = [
orthogonal('a', [
composite('a[0].sub1', [
leaf('a[0].x') ]),
composite('a[1].sub2', [
composite('a[1].y', [
leaf('a[1].deep')
]) ])
])
]
assert reformat(states, {}) == (exp_states, {})
def test_nested_empty(self):
states = [
composite('a', [
orthogonal('submachines', [
composite('sub1', [
leaf('sub11'),
composite('sub12', [
leaf('sub121'),
leaf('sub122'),
])
]),
composite('sub2', [
leaf('sub21'),
composite('sub22', [
leaf('sub221'),
leaf('sub222'),
]),
]),
]),
composite('b', [
leaf('b1')
]),
]),
composite('c', [
leaf('c1'),
leaf('c2'),
]),
]
names = [st.name for st in flatten(states)]
expected = ['a', 'submachines', 'sub1', 'sub11', 'sub12', 'sub121',
'sub122', 'sub2', 'sub21', 'sub22', 'sub221', 'sub222',
'b', 'b1', 'c', 'c1', 'c2']
assert len(names) == len(expected)
assert set(names) == set(expected)
def test_reformat_miro_machine(self):
states, _ = reformat(*make_miro_machine(use_logging=False))
expected_states = [
composite('top', [
composite('s', [
composite('s1', [
leaf('s11')
]),
composite('s2', [
composite('s21', [
leaf('s211')
])
])
]),
leaf('final')
])
]
assert states == expected_states
def test_children_list_different_order_nested(self):
s1 = State()
s2 = State()
s1.states = [
composite('A', [leaf('1'), leaf('2')]),
composite('B', [leaf('3'), leaf('4')]),
]
s2.states = [
composite('A', [leaf('2'), leaf('1')]),
composite('B', [leaf('4'), leaf('3')]),
]
assert s1 == s2
s2.states = [
composite('B', [leaf('4'), leaf('3')]),
composite('A', [leaf('2'), leaf('1')]),
]
assert s1 == s2
s2.states = [
composite('B', [leaf('4'), leaf('3')]),
composite('A', [leaf('999'), leaf('1')]),
]
assert not s1 == s2
def test_children_list_different_order(self):
s1 = State()
s2 = State()
s1.states = [leaf('1'), leaf('2'), leaf('3')]
s2.states = [leaf('1'), leaf('2'), leaf('3')]
assert s1 == s2
s2.states = [leaf('3'), leaf('1'), leaf('2')]
assert s1 == s2
s2.states = [leaf('3'), leaf('999'), leaf('2')]
assert not s1 == s2
def test_reformat_nested_submachines(self):
states = {
'a': State({
'a1': State({
'a11': State(),
}),
'a2': State({
'a12': State(),
}),
}),
'b': State(
[
(
{
'sub1': State({
'sub1a': State(),
'sub1_ortho': State(
[
({ 'deep1': State({ 'deep2': State() }), },
{}),
({ 'deep1': State({ 'deep2': State() }), },
{}),
]),
}),
},
{ }),
(
{ 'sub2': State({
'sub2a': State(),
'sub2b': State({
'deep': State()
}),
})},
{ }
),
])
}
exp_states = [
composite('a', [
composite('a1', [
leaf('a11'),
]),
composite('a2', [
leaf('a12'),
]),
]),
orthogonal('b', [
composite('b[0].sub1', [
leaf('b[0].sub1a'),
orthogonal('b[0].sub1_ortho', [
composite('b[0].sub1_ortho[0].deep1', [
leaf('b[0].sub1_ortho[0].deep2') ]),
composite('b[0].sub1_ortho[1].deep1', [
leaf('b[0].sub1_ortho[1].deep2') ]),
]),
]),
composite('b[1].sub2', [
leaf('b[1].sub2a'),
composite('b[1].sub2b', [
leaf('b[1].deep')
]),
]),
])
]
assert reformat(states, {}) == (exp_states, {})
def test_reformat_states_shallow_with_prefix(self):
states = {
'a': State(),
}
exp_states = [ leaf('pfx[1].a') ]
assert reformat(states, {}, prefix=('pfx', 1)) == (exp_states, {})
def test_reformat_states_shallow(self):
states = {
'a': State(),
}
expected_states = [ leaf('a') ]
assert reformat(states, {}) == (expected_states, {})
