def test_custom(self):
toto = Student('toto')
self.assertTrue(isinstance(toto, Student))
a = sj.dumps(toto)
py_a = sj.loads(a, clazz=Student)
a2 = sj.dumps(py_a)
self.assertEqual(a, a2)
def test_advanced_uuid(self):
_uuid = uuid.uuid1()
sample = deque([
False, _uuid, 123,
UserDict({}), 5 + 5j,
UserDict({
'haha': 2 + 3j,
'toto': [False, {
'nini': 'xixi'
}]
}), True
])
output = sj.dumps(sample, cls=sj.AdvancedEncoder)
print(output)
self.assertEqual(
'[false, "%s", 123, {}, {"real": 5.0, "imag": 5.0}, {"haha": {"real": 2.0, "imag": 3.0}, "toto": [false, {"nini": "xixi"}]}, true]'
% _uuid, output)
output2 = sj.loads(output, cls=sj.AdvancedDecoder)
print(output2)
self.assertEqual([
False, _uuid, 123, {}, (5 + 5j), {
'haha': (2 + 3j),
'toto': [False, {
'nini': 'xixi'
}]
}, True
], output2)
def test_advanced_slice(self):
_slice = slice(1, 5, 2)
sample = deque([
False, _slice, 123,
UserDict({}), 5 + 5j,
UserDict({
'haha': 2 + 3j,
'toto': [False, {
'nini': 'xixi'
}]
}), True
])
output = sj.dumps(sample, cls=sj.AdvancedEncoder)
print(output)
self.assertEqual(
'[false, {"start": 1, "stop": 5, "step": 2}, 123, {}, {"real": 5.0, "imag": 5.0}, {"haha": {"real": 2.0, "imag": 3.0}, "toto": [false, {"nini": "xixi"}]}, true]',
output)
output2 = sj.loads(output, cls=sj.AdvancedDecoder)
print(output2)
self.assertEqual([
False, _slice, 123, {}, (5 + 5j), {
'haha': (2 + 3j),
'toto': [False, {
'nini': 'xixi'
}]
}, True
], output2)
def test_advanced_complex(self):
sample = UserList([
False, 123,
UserDict({}), 5 + 5j,
UserDict({
'haha': 2 + 3j,
'toto': [False, {
'nini': 'xixi'
}]
}), True
])
output1 = sj.dumps(sample, cls=sj.AdvancedEncoder, indent=2)
sample = deque([
False, 123,
UserDict({}), 5 + 5j,
UserDict({
'haha': 2 + 3j,
'toto': [False, {
'nini': 'xixi'
}]
}), True
])
output2 = sj.dumps(sample, cls=sj.AdvancedEncoder, indent=2)
self.assertEqual(output1, output2)
output3 = sj.loads(output1, cls=sj.AdvancedDecoder)
print(output3)
self.assertEqual([
False, 123, {}, (5 + 5j), {
'haha': (2 + 3j),
'toto': [False, {
'nini': 'xixi'
}]
}, True
], output3)
self.assertTrue(isinstance(output3[3], complex))
def test_advanced_datetime(self):
dt = datetime(year=2017,
month=11,
day=20,
hour=10,
minute=53,
second=22,
tzinfo=timezone(timedelta(-1, 68400)))
b = UserDict({'haha': 2 + 3j, 'toto': [False, dt]})
c = sj.dumps(b, cls=sj.AdvancedEncoder)
self.assertEqual(
'{"haha": {"real": 2.0, "imag": 3.0}, "toto": [false, "2017-11-20T10:53:22-05:00"]}',
c)
print(c)
d = sj.loads(c, cls=sj.AdvancedDecoder)
self.assertEqual(
{
'haha': (2 + 3j),
'toto': [
False,
datetime(2017,
11,
20,
10,
53,
22,
tzinfo=timezone(timedelta(-1, 68400)))
]
}, d)
print(d)
def test_advanced_dumps(self):
sample = UserList([
False, 123,
UserDict({}), 5 + 5j,
UserDict({
'haha': 2 + 3j,
'toto': [False, {
'nini': 'xixi'
}]
}), True
])
self.assertEqual(
'[\r\n false,\r\n 123,\r\n {},\r\n {\r\n "real": 5.0,\r\n '
' "imag": 5.0\r\n },\r\n {\r\n "haha": {\r\n "real": 2.0,\r\n '
' "imag": 3.0\r\n },\r\n "toto": [\r\n false,\r\n '
' {\r\n "nini": "xixi"\r\n }\r\n ]\r\n },\r\n '
' true\r\n]', sj.dumps(sample, cls=sj.AdvancedEncoder, indent=4))
sample = UserList([
False,
datetime.now().date(), 123,
UserDict({}), 5 + 5j,
UserDict({
'haha': 2 + 3j,
'toto': [False, {
'nini': 'xixi'
}]
}), True
])
haha = sj.dumps(sample, cls=sj.AdvancedEncoder, indent=4)
print(haha)
hhh = sj.loads(haha, cls=sj.AdvancedDecoder)
print(hhh)
def test_loads_null(self):
samples = ['null', 'null ', ' null', ' null ']
for s in samples:
self.assertEqual(None, sj.loads(s))
samples = ['nullsdkflsdf', 'djlfsdlnull', 'dskfjlnulllskjflkds']
for s in samples:
self.assertRaises(sj.JSONError, sj.loads, s)
def test_loads_number(self):
samples = [
'123', '-345', ' 234 ', ' -838', '9123 ', '-93290 ',
' 1920 '
]
for s in samples:
self.assertEqual(int, type(sj.loads(s)))
samples = [
'0.23', '-3.45', ' 23.4 ', ' -83.8', '912.3 ', '-93.290 ',
' 192.0 '
]
for s in samples:
self.assertEqual(float, type(sj.loads(s)))
samples = ['--0.123', '.123', ' ..123 ', '-.123 ']
for s in samples:
self.assertRaises(sj.JSONError, sj.loads, s)
def test_loads_perf_string_1(self):
samples = (' " dslddjjjjjjjjj\\u7890jjjjjjjjjjjjjjjs"', )
for s in samples:
start_time_1 = datetime.now()
print(sj.loads(s))
print(datetime.now() - start_time_1)
start_time_2 = datetime.now()
#print(js.loads(s))
print(datetime.now() - start_time_2)
def test_loads_boolean(self):
samples = [
'true', 'false', ' true', ' true ', 'true ', ' false',
' false ', 'false '
]
for s in samples:
self.assertEqual(bool, type(sj.loads(s)))
samples = ('truefalse', 'true false', ' true false ', ' False')
for s in samples:
self.assertRaises(sj.JSONError, sj.loads, s)
def test_loads_object(self):
sample = ' { "haha": 123, "dslkjf": false, "yifan": true, "h\\naha1": null , "haha3": [[[[[[null]]]]],[],[],[],[] ], "haha4:": {"haha":{"haha":{"haha2:":[null, true, -0.334, "haha"]}}}} '
self.assertEqual(dict, type(sj.loads(sample)))
def test_loads_array(self):
sample = '[[[[[[]]]]],[],[],[],[] ]'
self.assertEqual(list, type(sj.loads(sample)))
sample = '[ null , false , ["ldskfjls", null, [], [[]]], true, " dslddjjjjjjjjj\\u7890jjjjjjjjjjjjjjjs" , 123, -12312, -0.111 ] '
self.assertEqual(list, type(sj.loads(sample)))
def test_loads_string(self):
sample = ' "l sk \\n jfds" '
print(sj.loads(sample))
