def test_array(self):
json_data = JSONContainer.get_mutable_json(ARRAY)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 3)
k, v, s = jis[0]
self.assertEqual(k, '-'.join([KEY_ARRAY, '0', KEY_STRING]))
self.assertEqual(v, 'abc')
self.assertTrue(callable(s))
s('xyz')
payload_array = ARRAY.replace('abc', 'xyz')
self.assertEqual(json_complex_str(json_data), payload_array)
k, v, s = jis[1]
self.assertEqual(k, '-'.join([KEY_ARRAY, '1', KEY_NUMBER]))
self.assertEqual(v, 3)
self.assertTrue(callable(s))
s(4.4)
payload_array = payload_array.replace('3', '4.4')
self.assertEqual(json_complex_str(json_data), payload_array)
k, v, s = jis[2]
self.assertEqual(k, '-'.join([KEY_ARRAY, '2', KEY_NUMBER]))
self.assertEqual(v, 2.1)
self.assertTrue(callable(s))
s(3.3)
payload_array = payload_array.replace('2.1', '3.3')
self.assertEqual(json_complex_str(json_data), payload_array)
def test_object(self):
json_data = JSONContainer.get_mutable_json(OBJECT)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 2)
first_key = '-'.join([KEY_OBJECT, 'key', KEY_STRING])
k, v, s = [(k, v, s) for (k, v, s) in jis if k == first_key][0]
self.assertEqual(k, first_key)
self.assertEqual(v, 'value')
self.assertTrue(callable(s))
s('xyz')
payload_object = OBJECT.replace('"value"', '"xyz"')
self.assertEqual(json.loads(json_complex_str(json_data)),
json.loads(payload_object))
second_key = '-'.join([KEY_OBJECT, 'second_key', KEY_STRING])
k, v, s = [(k, v, s) for (k, v, s) in jis if k == second_key][0]
self.assertEqual(k, second_key)
self.assertEqual(v, 'second_value')
self.assertTrue(callable(s))
s('spam')
payload_object = payload_object.replace('second_value', 'spam')
self.assertEqual(json.loads(json_complex_str(json_data)),
json.loads(payload_object))
def test_array(self):
json_data = JSONContainer.get_mutable_json(ARRAY)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 3)
k, v, s = jis[0]
self.assertEqual(k, '-'.join([KEY_ARRAY, '0', KEY_STRING]))
self.assertEqual(v, 'abc')
self.assertTrue(callable(s))
s('xyz')
payload_array = ARRAY.replace('abc', 'xyz')
self.assertEqual(json_complex_str(json_data), payload_array)
k, v, s = jis[1]
self.assertEqual(k, '-'.join([KEY_ARRAY, '1', KEY_NUMBER]))
self.assertEqual(v, 3)
self.assertTrue(callable(s))
s(4.4)
payload_array = payload_array.replace('3', '4.4')
self.assertEqual(json_complex_str(json_data), payload_array)
k, v, s = jis[2]
self.assertEqual(k, '-'.join([KEY_ARRAY, '2', KEY_NUMBER]))
self.assertEqual(v, 2.1)
self.assertTrue(callable(s))
s(3.3)
payload_array = payload_array.replace('2.1', '3.3')
self.assertEqual(json_complex_str(json_data), payload_array)
def test_object(self):
json_data = JSONContainer.get_mutable_json(OBJECT)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 2)
first_key = '-'.join([KEY_OBJECT, 'key', KEY_STRING])
k, v, s = [(k, v, s) for (k, v, s) in jis if k == first_key][0]
self.assertEqual(k, first_key)
self.assertEqual(v, 'value')
self.assertTrue(callable(s))
s('xyz')
payload_object = OBJECT.replace('"value"', '"xyz"')
self.assertEqual(json.loads(json_complex_str(json_data)),
json.loads(payload_object))
second_key = '-'.join([KEY_OBJECT, 'second_key', KEY_STRING])
k, v, s = [(k, v, s) for (k, v, s) in jis if k == second_key][0]
self.assertEqual(k, second_key)
self.assertEqual(v, 'second_value')
self.assertTrue(callable(s))
s('spam')
payload_object = payload_object.replace('second_value', 'spam')
self.assertEqual(json.loads(json_complex_str(json_data)),
json.loads(payload_object))
def test_string(self):
json_data = JSONContainer.get_mutable_json(STRING)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 1)
k, v, s = jis[0]
self.assertEqual(k, KEY_STRING)
self.assertEqual(v, 'abc')
self.assertTrue(callable(s))
s('xyz')
self.assertEqual(json_complex_str(json_data), '"xyz"')
def test_int(self):
json_data = JSONContainer.get_mutable_json(NUMBER)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 1)
k, v, s = jis[0]
self.assertEqual(k, KEY_NUMBER)
self.assertEqual(v, 1)
self.assertTrue(callable(s))
s(2)
self.assertEqual(json_complex_str(json_data), '2')
def test_string(self):
json_data = JSONContainer.get_mutable_json(STRING)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 1)
k, v, s = jis[0]
self.assertEqual(k, KEY_STRING)
self.assertEqual(v, 'abc')
self.assertTrue(callable(s))
s('xyz')
self.assertEqual(json_complex_str(json_data), '"xyz"')
def test_int(self):
json_data = JSONContainer.get_mutable_json(NUMBER)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 1)
k, v, s = jis[0]
self.assertEqual(k, KEY_NUMBER)
self.assertEqual(v, 1)
self.assertTrue(callable(s))
s(2)
self.assertEqual(json_complex_str(json_data), '2')
def test_complex_object(self):
json_data = JSONContainer.get_mutable_json(COMPLEX_OBJECT)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 4)
payload_complex = COMPLEX_OBJECT[:]
for idx, (k, v, s) in enumerate(jis):
if isinstance(v, int):
new_value = idx
elif isinstance(v, float):
new_value = float(idx)
else:
new_value = str(idx)
s(new_value)
payload_complex = payload_complex.replace(str(v), str(new_value))
self.assertEqual(json.loads(json_complex_str(json_data)),
json.loads(payload_complex))
def test_complex_object(self):
json_data = JSONContainer.get_mutable_json(COMPLEX_OBJECT)
jis = [(k, v, s) for k, v, s in json_iter_setters(json_data)]
self.assertEqual(len(jis), 4)
payload_complex = COMPLEX_OBJECT[:]
for idx, (k, v, s) in enumerate(jis):
if isinstance(v, int):
new_value = idx
elif isinstance(v, float):
new_value = float(idx)
else:
new_value = str(idx)
s(new_value)
payload_complex = payload_complex.replace(str(v), str(new_value))
self.assertEqual(json.loads(json_complex_str(json_data)),
json.loads(payload_complex))
def __str__(self):
"""
:return: string representation by writing back to JSON string
"""
return json_complex_str(self._json)
def __str__(self):
"""
:return: string representation by writing back to JSON string
"""
return json_complex_str(self._json)
