def test_simple_type():
items = (0, -1, 545453486545, '', -float('inf'), float('inf'), -121.46,
-4654e-10, False, True, 'fg', 'None', "1.65", -65, 1e10)
for item in items:
assert str_to_obj(obj_to_str(item)) == item
assert str_to_obj(obj_to_str('\n')) == '\n'
assert math.isnan(str_to_obj(obj_to_str(float('nan'))))
def loads(self, s):
if s == '':
return ''
return str_to_obj(s)
# a = 123
# def f():
# print(a)
#
# print(JsonParser().dumps(f))
def test_func():
def f1():
return 1 + 3
a = 4
def f2():
return a + b
f3 = lambda: a + b
to_remove = (' ', '\n', '\t')
functions = (f1, f2, f3)
for func in functions:
assert str_to_obj(obj_to_str(func))() == func()
def test_dict():
items = [{}, {
'a': {
'b': {
'c': 1
}
}
},
dict(g=1), {
'': 1
}, {
'': {
'g': {
'a': -1
},
'b': -14e-10
},
'c': ''
}, {
'1': 1
}]
for item in items:
assert str_to_obj(obj_to_str(item)) == item
def load(self, fp):
doc = fp.read()
if doc == '':
return ''
return str_to_obj(doc)
def test_kk():
assert str_to_obj(obj_to_str(['foo', {
'bar': ('baz', None, 1.0, 2)
}])) == ['foo', {
'bar': ['baz', None, 1.0, 2]
}]
def test_array():
items = ([], [[[]]], list(), [4], [[[True], -2],
'3'], [1, [2.54, [3e-10]]], [[''], ""])
for item in items:
assert str_to_obj(obj_to_str(item)) == item
def test_object():
classes = (class1, class2, class3, abc)
for cls in classes:
cls_object = cls()
assert obj_to_dict(str_to_obj(
obj_to_str(cls))) == obj_to_dict(cls_object)
def test_class():
classes = (class1, class2, class3)
attr = []
for cls in classes:
assert obj_to_dict(str_to_obj(obj_to_str(cls))) == obj_to_dict(cls)
str_to_obj(obj_to_str(class2)).a.f()