def test_encode_str(self):
self.assertTrue(
rencode.dumps(b"f" * 255) == rencode_orig.dumps(b"f" * 255) ==
q_dumps(b"f" * 255))
self.assertTrue(
rencode.dumps(b"\0") == rencode_orig.dumps(b"\0") == q_dumps(b"\0")
)
def test_encode_int_long_long_size(self):
self.assertTrue(
rencode.dumps(8223372036854775808) == rencode_orig.dumps(
8223372036854775808) == q_dumps(8223372036854775808))
self.assertTrue(
rencode.dumps(-8223372036854775808) == rencode_orig.dumps(
-8223372036854775808) == q_dumps(-8223372036854775808))
def test_encode_int_int_size(self):
self.assertTrue(
rencode.dumps(7483648) == rencode_orig.dumps(7483648) == q_dumps(
7483648))
self.assertTrue(
rencode.dumps(-7483648) == rencode_orig.dumps(-7483648) == q_dumps(
-7483648))
def test_encode_int_short_size(self):
self.assertTrue(
rencode.dumps(27123) == rencode_orig.dumps(27123) == q_dumps(27123)
)
self.assertTrue(
rencode.dumps(-27123) == rencode_orig.dumps(-27123) == q_dumps(
-27123))
def test_encode_int_char_size(self):
self.assertTrue(
rencode.dumps(100) == rencode_orig.dumps(100) == q_dumps(100))
self.assertTrue(
rencode.dumps(-100) == rencode_orig.dumps(-100) == q_dumps(-100))
def test_encode_fixed_str(self):
self.assertEqual(rencode.dumps(b"foobarbaz"),
rencode_orig.dumps(b"foobarbaz"))
def test_encode_int_long_long_size(self):
self.assertEqual(rencode.dumps(8223372036854775808),
rencode_orig.dumps(8223372036854775808))
self.assertEqual(rencode.dumps(-8223372036854775808),
rencode_orig.dumps(-8223372036854775808))
def test_encode_fixed_neg_int(self):
self.assertEqual(rencode.dumps(-10), rencode_orig.dumps(-10))
self.assertEqual(rencode.dumps(-29), rencode_orig.dumps(-29))
def test_encode_list(self):
l = [100, -234.01, b"foobar", u("bäz")] * 80
self.assertEqual(rencode.dumps(l), rencode_orig.dumps(l))
def test_encode_int_long_long_size_orig():
rencode_orig.dumps(8223372036854775808)
rencode_orig.dumps(-8223372036854775808)
def test_encode_fixed_neg_int_orig():
rencode_orig.dumps(-29)
def test_encode_unicode(self):
self.assertTrue(
rencode.dumps(u("fööbar")) == rencode_orig.dumps(u("fööbar")) ==
q_dumps(u("fööbar")))
def test_encode_fixed_str(self):
self.assertTrue(
rencode.dumps(b"foobarbaz") == rencode_orig.dumps(b"foobarbaz") ==
q_dumps(b"foobarbaz"))
def test_encode_float_64bit(self):
self.assertTrue(
rencode.dumps(1234.56, 64) == rencode_orig.dumps(1234.56, 64) ==
q_dumps(1234.56, 64))
def test_encode_fixed_dict_orig():
rencode_orig.dumps(d)
def test_encode_none(self):
self.assertTrue(
rencode.dumps(None) == rencode_orig.dumps(None) == q_dumps(None))
def test_overall_encode_orig():
rencode_orig.dumps(overall)
def test_encode_bool(self):
self.assertTrue(
rencode.dumps(True) == rencode_orig.dumps(True) == q_dumps(True))
self.assertTrue(
rencode.dumps(False) == rencode_orig.dumps(False) == q_dumps(False)
)
def test_encode_int_short_size_orig():
rencode_orig.dumps(27123)
rencode_orig.dumps(-27123)
def test_encode_list(self):
l = [100, -234.01, b"foobar", u("bäz")] * 80
self.assertTrue(
rencode.dumps(l) == rencode_orig.dumps(l) == q_dumps(l))
def test_encode_float_32bit_orig():
rencode_orig.dumps(1234.56)
def test_encode_fixed_pos_int(self):
self.assertTrue(
rencode.dumps(1) == rencode_orig.dumps(1) == q_dumps(1))
self.assertTrue(
rencode.dumps(40) == rencode_orig.dumps(40) == q_dumps(40))
def test_encode_dict(self):
s = b"abcdefghijklmnopqrstuvwxyz1234567890"
d = dict(zip(s, [1234] * len(s)))
self.assertEqual(rencode.dumps(d), rencode_orig.dumps(d))
def test_encode_int_big_number(self):
n = int("9"*62)
self.assertEqual(rencode.dumps(n), rencode_orig.dumps(n))
self.assertRaises(ValueError, rencode.dumps, int("9"*65))
def test_encode_int_short_size(self):
self.assertEqual(rencode.dumps(27123), rencode_orig.dumps(27123))
self.assertEqual(rencode.dumps(-27123), rencode_orig.dumps(-27123))
def test_encode_float_32bit(self):
self.assertEqual(rencode.dumps(1234.56), rencode_orig.dumps(1234.56))
def test_encode_float_32bit(self):
self.assertEqual(rencode.dumps(1234.56), rencode_orig.dumps(1234.56))
def test_encode_float_64bit(self):
self.assertEqual(rencode.dumps(1234.56, 64), rencode_orig.dumps(1234.56, 64))
def test_encode_unicode(self):
self.assertEqual(rencode.dumps(u("fööbar")),
rencode_orig.dumps(u("fööbar")))
def test_encode_fixed_str(self):
self.assertEqual(rencode.dumps("foobarbaz"), rencode_orig.dumps("foobarbaz"))
def test_encode_list_orig():
rencode_orig.dumps(ll)
def test_encode_str(self):
self.assertEqual(rencode.dumps("f"*255), rencode_orig.dumps("f"*255))
def test_encode_dict_orig():
rencode_orig.dumps(d2)
def test_encode_unicode(self):
self.assertEqual(rencode.dumps(u"fööbar"), rencode_orig.dumps(u"fööbar"))
def test_encode_fixed_pos_int_orig():
rencode_orig.dumps(40)
def test_encode_none(self):
self.assertEqual(rencode.dumps(None), rencode_orig.dumps(None))
def test_encode_int_char_size_orig():
rencode_orig.dumps(100)
rencode_orig.dumps(-100)
def test_encode_bool(self):
self.assertEqual(rencode.dumps(True), rencode_orig.dumps(True))
self.assertEqual(rencode.dumps(False), rencode_orig.dumps(False))
def test_encode_int_int_size_orig():
rencode_orig.dumps(7483648)
rencode_orig.dumps(-7483648)
def test_encode_list(self):
l = [100, -234.01, "foobar", u"bäz"]*80
self.assertEqual(rencode.dumps(l), rencode_orig.dumps(l))
def test_encode_int_big_number_orig():
rencode_orig.dumps(bn)
def test_encode_fixed_dict(self):
s = "abcdefghijk"
d = dict(zip(s, [1234]*len(s)))
self.assertEqual(rencode.dumps(d), rencode_orig.dumps(d))
def test_encode_bool(self):
self.assertEqual(rencode.dumps(True), rencode_orig.dumps(True))
self.assertEqual(rencode.dumps(False), rencode_orig.dumps(False))
def test_encode_dict(self):
s = "abcdefghijklmnopqrstuvwxyz1234567890"
d = dict(zip(s, [1234]*len(s)))
self.assertEqual(rencode.dumps(d), rencode_orig.dumps(d))
def test_encode_fixed_dict(self):
s = b"abcdefghijk"
d = dict(zip(s, [1234] * len(s)))
self.assertEqual(rencode.dumps(d), rencode_orig.dumps(d))
-7483648,
8223372036854775808,
-8223372036854775808,
int("9"*62),
1227688834.643409,
None,
True
]
def test_overall_encode():
rencode.dumps(overall)
def test_overall_encode_orig():
rencode_orig.dumps(overall)
overall_decode_str = rencode_orig.dumps(overall)
def test_overall_decode():
rencode.loads(overall_decode_str)
def test_overall_decode_orig():
rencode_orig.loads(overall_decode_str)
if __name__ == "__main__":
import timeit
iterations = 10000
# ANSI escape codes
CSI="\x1B["
reset=CSI+"m"
def test_encode_fixed_pos_int(self):
self.assertEqual(rencode.dumps(1), rencode_orig.dumps(1))
self.assertEqual(rencode.dumps(40), rencode_orig.dumps(40))
def test_encode_float_64bit_orig():
rencode_orig.dumps(1234.56, 64)
def test_encode_int_char_size(self):
self.assertEqual(rencode.dumps(100), rencode_orig.dumps(100))
self.assertEqual(rencode.dumps(-100), rencode_orig.dumps(-100))
def test_encode_fixed_str_orig():
rencode_orig.dumps(b"foobarbaz")
def test_encode_int_int_size(self):
self.assertEqual(rencode.dumps(7483648), rencode_orig.dumps(7483648))
self.assertEqual(rencode.dumps(-7483648), rencode_orig.dumps(-7483648))
def test_encode_str_orig():
rencode_orig.dumps(s)
def test_encode_int_big_number(self):
n = int("9" * 62)
self.assertEqual(rencode.dumps(n), rencode_orig.dumps(n))
self.assertRaises(ValueError, rencode.dumps, int("9" * 65))
def test_encode_none_orig():
rencode_orig.dumps(None)
def test_encode_float_64bit(self):
self.assertEqual(rencode.dumps(1234.56, 64),
rencode_orig.dumps(1234.56, 64))
def test_encode_bool_orig():
rencode_orig.dumps(True)
def test_encode_str(self):
self.assertEqual(rencode.dumps(b"f" * 255),
rencode_orig.dumps(b"f" * 255))
self.assertEqual(rencode.dumps(b"\0"), rencode_orig.dumps(b"\0"))
def test_encode_fixed_list_orig():
rencode_orig.dumps(l)
def test_encode_none(self):
self.assertEqual(rencode.dumps(None), rencode_orig.dumps(None))
def test_encode_fixed_neg_int(self):
self.assertTrue(
rencode.dumps(-10) == rencode_orig.dumps(-10) == q_dumps(-10))
self.assertTrue(
rencode.dumps(-29) == rencode_orig.dumps(-29) == q_dumps(-29))