def test_bit_set_2(self):
filename = join(self._path, "bit_set_2.ser")
from_file = stream_read(filename)
expected = {
i * 3
for i in range(100)
if (i * 3) % 2 == 0 or i % 17 == 0 or i % 13 == 0
}
self.assertEqual(from_file, expected)
def test_super_class_parser(self):
filename = "object_w_parent_class.ser"
from_file = stream_read(filename)
expected = {
'firstName': 'jim',
'lastName': 'beam',
'ssn': 83838,
'age': 33,
'array': [0] * 10,
'siblings': [],
'salary': 94399.00,
'address': "2222 Aberdeen Dr. Mount Laurel, NJ 08054"
}
self.assertDictEqual(from_file, expected)
def test_hash_map_Integer_String(self):
filename = join(self._path, "hash_map_integer.ser")
from_file = stream_read(filename)
expected = {
0: '0',
1: '1',
4: '16',
9: '81',
16: '256',
25: '625',
36: '1296',
49: '2401',
64: '4096',
81: '6561'
}
self.assertDictEqual(from_file, expected)
def test_2_level_hierarchy(self):
filename = "object_w_parent_class_with_parent_class.ser"
from_file = stream_read(filename)
expected = {
'firstName': 'michael',
'lastName': 'scott',
'ssn': 9393920,
'age': 29,
'array': [0] * 10,
'siblings': [],
'coworkers': [],
'salary': 101022.00,
'address': "2340 Aberdeen Dr. Mount Laurel, NJ 08054",
'yearEndBonus': 0.0,
'project': 'AWS'
}
self.assertDictEqual(from_file, expected)
def test_class_with_multiple_collections(self):
filename = join(self._path, "full_class_containers.ser")
from_file = stream_read(filename)
expected = {
'arrayList': [0, 1, 8, 27, 64],
'bitSet': {0, 12, 6},
'linkedList': [0, 1, 4, 9, 16],
'hashMap': {
0: '0',
1: '1',
4: '16',
9: '81',
16: '256'
},
'hashSet': set(),
'queue': [0, 1, 16, 81, 256]
}
self.assertDictEqual(from_file, expected)
def test_class_descriptor_simple_class_2(self):
filename = "object_w_nested_object_2.ser"
from_file = stream_read(filename)
expected = {
'firstName':
'jack',
'lastName':
'homan',
'ssn':
123456,
'age':
27,
'array': [0] * 10,
'siblings': [
{
'firstName': 'ben',
'lastName': 'homan',
'ssn': 2345678,
'age': 28,
'siblings': [],
'array': [0] * 5
},
{
'firstName': 'kaila',
'lastName': 'mcnamara',
'ssn': 98765,
'age': 13,
'siblings': [],
'array': [0] * 10
},
{
'firstName': 'ashley',
'lastName': 'mcnamara',
'ssn': 9823702,
'age': 22,
'siblings': [],
'array': [0] * 10
},
]
}
self.maxDiff = None
self.assertDictEqual(from_file, expected)
def test_class_descriptor_simple_class(self):
filename = "object_w_nested_object.ser"
from_file = stream_read(filename)
expected = {
'firstName':
'jack',
'lastName':
'homan',
'ssn':
123456,
'age':
27,
'siblings': [{
'firstName': 'ben',
'lastName': 'homan',
'ssn': 2345678,
'age': 28,
'siblings': []
}]
}
self.assertDictEqual(from_file, expected)
def test_hash_set_empty(self):
filename = join(self._path, "hash_set_string.ser")
from_file = stream_read(filename)
expected = set()
self.assertEqual(from_file, expected)
def test_priority_queue_integer(self):
filename = join(self._path, "priority_queue_integer.ser")
from_file = stream_read(filename)
expected = [i**4 for i in range(10)]
self.assertEqual(from_file, expected)
def test_array_list_Integer(self):
filename = join(self._path, "array_list_integer.ser")
from_file = stream_read(filename)
expected = [i**3 for i in range(10)]
self.assertEqual(from_file, expected)
def test_linked_list_integer(self):
filename = join(self._path, "linked_list_integer.ser")
from_file = stream_read(filename)
expected = [0, 1, 4, 9, 16, 25, 36, 49, 64, 81]
self.assertEqual(from_file, expected)
def test_bit_set_1(self):
filename = join(self._path, "bit_set_1.ser")
from_file = stream_read(filename)
expected = {i for i in range(100) if (i % 2) == 0}
self.assertEqual(from_file, expected)
def test_bit_set(self):
filename = join(self._path, "bit_set.ser")
from_file = stream_read(filename)
self.assertEqual(from_file, {0, 2, 4, 6, 8})
def test_overloaded_privates(self):
filename = "object_w_parent_class_with_parent_class_w_privates.ser"
from_file = stream_read(filename)
print()
print()
pprint(from_file)
def test_aggragate_class_in_arraylist(self):
filename = "object_w_parent_class_and_arraylist_aggregate.ser"
from_file = stream_read(filename)
print()
print()
pprint(from_file)