def test_attr_dict():
d = AttrDict()
d.x = 1
d.y = {}
d.y.z = 2
d.q = AttrDict()
d.q.r = 3
d.q.s = AttrDict(AttrDict({})) # I'm just being weird
d['q']['s']['t'] = 4
assert d.x == 1
assert d.y.z == d['y']['z']
assert d.y.z == 2
assert d.q.r == d['q']['r']
assert d.q.r == 3
assert d.q.s.t == d['q'].s['t'] # Don't do this in real code.
assert isinstance(d, dict)
assert isinstance(d.y, dict)
assert isinstance(d['y'], dict)
assert isinstance(d.q.s, dict)
assert isinstance(d['q']['s'], dict)
assert isinstance(d.q.s, dict)
assert isinstance(d['q']['s'], dict)
# We can say AttrDict(AttrDict({'foo': 'bar'})) with no ill effects.
e = AttrDict(d)
assert e == d
assert e.x == 1
assert e.y.z == d['y']['z']
assert e.y.z == 2
assert e.q.r == d['q']['r']
assert e.q.r == 3
assert isinstance(e, dict)
assert isinstance(e.y, dict)
assert isinstance(e['y'], dict)
def test_attr_dict():
d = AttrDict()
d.x = 1
d.y = {}
d.y.z = 2
d.q = AttrDict()
d.q.r = 3
d.q.s = AttrDict(AttrDict({})) # I'm just being weird
d['q']['s']['t'] = 4
assert d.x == 1
assert d.y.z == d['y']['z']
assert d.y.z == 2
assert d.q.r == d['q']['r']
assert d.q.r == 3
assert d.q.s.t == d['q'].s['t'] # Don't do this in real code.
assert isinstance(d, dict)
assert isinstance(d.y, dict)
assert isinstance(d['y'], dict)
assert isinstance(d.q.s, dict)
assert isinstance(d['q']['s'], dict)
assert isinstance(d.q.s, dict)
assert isinstance(d['q']['s'], dict)
# We can say AttrDict(AttrDict({'foo': 'bar'})) with no ill effects.
e = AttrDict(d)
assert e == d
assert e.x == 1
assert e.y.z == d['y']['z']
assert e.y.z == 2
assert e.q.r == d['q']['r']
assert e.q.r == 3
assert isinstance(e, dict)
assert isinstance(e.y, dict)
assert isinstance(e['y'], dict)
def test_attr_dict_kwargs():
"""Test that attributes can be set as named arguments"""
d = AttrDict(x=0, y=1)
assert d.x == 0
assert d.y == 1
#We can stil have an initial document and named values
#named values take over.
e = AttrDict({'x': 0, 'y': 1}, x=1)
assert e.x == 1
assert e.y == 1
#We can pass a dictionary as a value
f = AttrDict(x={'a': 1})
assert f.x.a == 1
def test_attr_dict_from_dict():
d = {
'a': 1,
'b': {
'c': 2,
'd': {
'e': 3,
'f': 4,
},
'g': 5,
},
'h': 6,
'i': 7,
}
attr_dict = AttrDict(d)
assert attr_dict.a == 1
assert attr_dict['a'] == 1
assert attr_dict.b.c == 2
assert attr_dict['b'].c == 2
assert attr_dict['b']['c'] == 2
assert attr_dict.b['c'] == 2
assert attr_dict.b.d.e == 3
assert attr_dict['b']['d']['e'] == 3
def test_attrdict_del():
f = AttrDict()
f.x = 1
del f.x
with pytest.raises(AttributeError):
tmp = f.x
with pytest.raises(KeyError):
tmp = f['x']
f['x'] = 1
del f['x']
with pytest.raises(KeyError):
tmp = f['x']
with pytest.raises(AttributeError):
tmp = f.x
def test_attrdict_del():
f = AttrDict()
f.x = 1
del f.x
with pytest.raises(AttributeError):
tmp = f.x
with pytest.raises(KeyError):
tmp = f['x']
f['x'] = 1
del f['x']
with pytest.raises(KeyError):
tmp = f['x']
with pytest.raises(AttributeError):
tmp = f.x
