def test_nested():
assert (
nlsd.to_string([{
"a": 1
}, {
"b": 2
}]) ==
"the list henceforth `the list` where an item is the object where `a` is 1 and another item of `the list` is the object where `b` is 2"
)
assert (
nlsd.to_string({
"a": [1],
"b": [2]
}) ==
"the object henceforth `the object` where `a` is the list where an item is 1 and `b` of `the object` is the list where an item is 2"
)
def test_nested():
assert (nlsd.from_string(nlsd.to_string([{
"a": 1
}, {
"b": 2
}])) == [{
"a": 1
}, {
"b": 2
}])
assert (nlsd.from_string(nlsd.to_string({
"a": [1],
"b": [2]
})) == {
"a": [1],
"b": [2]
})
def test_object():
assert (nlsd.from_string(nlsd.to_string({
"a": 1,
"b": 2
})) == {
"a": 1,
"b": 2
})
def test_bool():
assert (nlsd.from_string(nlsd.to_string(True)) == True)
assert (nlsd.from_string(nlsd.to_string(False)) == False)
def test_none():
assert (nlsd.from_string(nlsd.to_string(None)) == None)
def test_list():
assert (nlsd.from_string(nlsd.to_string([1, 2, 3])) == [1, 2, 3])
def test_num():
assert (nlsd.from_string(nlsd.to_string(1)) == 1)
assert (nlsd.from_string(nlsd.to_string(1.2)) == 1.2)
assert (nlsd.from_string(nlsd.to_string(-123)) == -123)
def test_string():
assert (nlsd.from_string(nlsd.to_string("hello")) == "hello")
def test_bool():
assert (nlsd.to_string(True) == "true")
assert (nlsd.to_string(False) == "false")
def test_none():
assert (nlsd.to_string(None) == "empty")
def test_object():
assert (nlsd.to_string({
"a": 1,
"b": 2
}) == "the object where `a` is 1 and `b` is 2")
def test_list():
assert (
nlsd.to_string([1, 2, 3]) ==
"the list where an item is 1 and another item is 2 and another item is 3"
)
def test_num():
assert (nlsd.to_string(1) == "1")
assert (nlsd.to_string(1.2) == "1.2")
assert (nlsd.to_string(-123) == "-123")
def test_string():
assert (nlsd.to_string("hello") == "`hello`")