def inflate(self, deflated_space: Dict) -> Dict:
return inflate({
**deflated_space,
**self._fixed
},
sep=self._sep,
leave_tuples=True)
def test_tuple_keys():
my_dict = {
(1,"d"):6,
(56, 56,"d"):6,
(1,"d", True):6
}
assert my_dict == inflate(deflate(my_dict))
def test_inflate_deflate():
dictionaries = [test_dict] + [
random_int_dict(4, 4) for i in range(100)
] + [random_float_dict(4, 4)
for i in range(100)] + [random_string_dict(4, 4) for i in range(100)]
for d in dictionaries:
assert d == inflate(deflate(d))
assert d == inflate(deflate(d, leave_tuples=True), leave_tuples=True)
string_dictionaries = [{"test": {"test": {"test": [1, 2, 3, 4]}}}]
for d in string_dictionaries:
assert d == inflate(deflate(d, type_encode_key=False),
type_decode_key=False)
assert d == inflate(deflate(d,
leave_tuples=True,
type_encode_key=False),
leave_tuples=True,
type_decode_key=False)
def test_list_encoding():
my_dict = {
"root": [
0, 2, {
"weigh":67
}
]
}
assert match(my_dict, inflate(deflate(my_dict)))
def test_non_list_encoding():
my_dict = {
"root": {
0: 0,
1: 2,
2: {
"weigh":67
}
}
}
assert match(my_dict, inflate(deflate(my_dict)))