def assertSerializes(self, brain):
"""
Serializes and unserializes the given brain, asserting that a round
trip works properly.
"""
b = Brain(brain)
self.assertEqual(b, Brain.from_serialized(b.serialize()))
def assertSerializes(self, brain):
"""
Serializes and unserializes the given brain, asserting that a round
trip works properly.
"""
b = Brain(brain)
self.assertEqual(b, Brain.from_serialized(b.serialize()))
def assertAsText(self, brain, marker, expected):
"""
Asserts that Brain(brain).as_text(marker) == expected.
"""
b = Brain(brain)
if marker is not None:
self.assertEqual(b.as_text(marker), expected)
else:
self.assertEqual(b.as_text(), expected)
def assertAsText(self, brain, marker, expected):
"""
Asserts that Brain(brain).as_text(marker) == expected.
"""
b = Brain(brain)
if marker is not None:
self.assertEqual(b.as_text(marker), expected)
else:
self.assertEqual(b.as_text(), expected)
def test_format_input2(self):
self.assertEqual(
Brain([Hole(), 'abc', Hole()]),
Brain.from_serialized(
'gAJjZXZlcnlibG9jay50ZW1wbGF0ZW1ha2VyLmJyYWluCkJyYWluCnEBKYFxAihjZXZlcnlibG9j\nay50ZW1wbGF0ZW1ha2VyLmhvbGUKSG9sZQpxAymBcQR9cQViVQNhYmNxBmgDKYFxB31xCGJlfXEJ\nYi4=\n'
))
def test_format_input1(self):
self.assertEqual(
Brain([]),
Brain.from_serialized(
'gAJjZXZlcnlibG9jay50ZW1wbGF0ZW1ha2VyLmJyYWluCkJyYWluCnEBKYFxAn1xA2Iu\n'
))
def assertNumHoles(self, brain, expected):
"""
Asserts that Brain(brain).num_holes() == expected.
"""
b = Brain(brain)
self.assertEqual(b.num_holes(), expected)
def test_format1(self):
self.assertEqual(
Brain([]).serialize(),
'gAJjZXZlcnlibG9jay50ZW1wbGF0ZW1ha2VyLmJyYWluCkJyYWluCnEBKYFxAn1xA2Iu\n'
)
def test_format_input2(self):
# If this fails due to eg. module renaming, you can recreate
# correct output like: Brain([Hole(), 'abc', Hole()]).serialize()
serialized = 'gAJjZWJkYXRhLnRlbXBsYXRlbWFrZXIuYnJhaW4KQnJhaW4KcQEpgXECKGNlYmRhdGEudGVtcGxh\ndGVtYWtlci5ob2xlCkhvbGUKcQMpgXEEfXEFYlUDYWJjcQZoAymBcQd9cQhiZX1xCWIu\n'
self.assertEqual(Brain([Hole(), 'abc', Hole()]),
Brain.from_serialized(serialized))
def test_format_input1(self):
# If this fails due to eg. module renaming, you can recreate
# correct output like: Brain([]).serialize()
serialized = 'gAJjZWJkYXRhLnRlbXBsYXRlbWFrZXIuYnJhaW4KQnJhaW4KcQEpgXECfXEDYi4=\n'
self.assertEqual(Brain([]), Brain.from_serialized(serialized))
def assertConcise(self, brain, expected):
"""
Asserts that Brain(brain).concise() == expected.
"""
b = Brain(brain)
self.assertEqual(b.concise(), expected)
def assertRegex(self, brain, expected):
"""
Asserts that Brain(brain).match_regex() == expected.
"""
b = Brain(brain)
self.assertEqual(b.match_regex(), expected)
def assertNumHoles(self, brain, expected):
"""
Asserts that Brain(brain).num_holes() == expected.
"""
b = Brain(brain)
self.assertEqual(b.num_holes(), expected)
def test_format_input2(self):
self.assertEqual(Brain([Hole(), 'abc', Hole()]), Brain.from_serialized('gAJjZXZlcnlibG9jay50ZW1wbGF0ZW1ha2VyLmJyYWluCkJyYWluCnEBKYFxAihjZXZlcnlibG9j\nay50ZW1wbGF0ZW1ha2VyLmhvbGUKSG9sZQpxAymBcQR9cQViVQNhYmNxBmgDKYFxB31xCGJlfXEJ\nYi4=\n'))
def test_format_input1(self):
self.assertEqual(Brain([]), Brain.from_serialized('gAJjZXZlcnlibG9jay50ZW1wbGF0ZW1ha2VyLmJyYWluCkJyYWluCnEBKYFxAn1xA2Iu\n'))
def test_format1(self):
self.assertEqual(
Brain([]).serialize(),
'gAJjZWJkYXRhLnRlbXBsYXRlbWFrZXIuYnJhaW4KQnJhaW4KcQEpgXECfXEDYi4=\n'
)
def test_format_input2(self):
# If this fails due to eg. module renaming, you can recreate
# correct output like: Brain([Hole(), 'abc', Hole()]).serialize()
serialized = 'gAJjZWJkYXRhLnRlbXBsYXRlbWFrZXIuYnJhaW4KQnJhaW4KcQEpgXECKGNlYmRhdGEudGVtcGxh\ndGVtYWtlci5ob2xlCkhvbGUKcQMpgXEEfXEFYlUDYWJjcQZoAymBcQd9cQhiZX1xCWIu\n'
self.assertEqual(Brain([Hole(), 'abc', Hole()]),
Brain.from_serialized(serialized))
def assertRegex(self, brain, expected):
"""
Asserts that Brain(brain).match_regex() == expected.
"""
b = Brain(brain)
self.assertEqual(b.match_regex(), expected)
def setUp(self):
self.template = Template(Brain(['Hello, ', Hole(), '. How are you?']))
def setUp(self):
self.template = Template(Brain([Hole(), ' and bar']))
def setUp(self):
self.template = Template(Brain(['hello']))
def test_format2(self):
self.assertEqual(
Brain([Hole(), 'abc', Hole()]).serialize(),
'gAJjZWJkYXRhLnRlbXBsYXRlbWFrZXIuYnJhaW4KQnJhaW4KcQEpgXECKGNlYmRhdGEudGVtcGxh\ndGVtYWtlci5ob2xlCkhvbGUKcQMpgXEEfXEFYlUDYWJjcQZoAymBcQd9cQhiZX1xCWIu\n'
)
def setUp(self):
self.template = Template(
Brain(['<p>', Hole(), ' and ',
Hole(), '</p>']))
def assertConcise(self, brain, expected):
"""
Asserts that Brain(brain).concise() == expected.
"""
b = Brain(brain)
self.assertEqual(b.concise(), expected)
def setUp(self):
self.template = Template(Brain(['foo and ', Hole()]))
def test_format_input1(self):
# If this fails due to eg. module renaming, you can recreate
# correct output like: Brain([]).serialize()
serialized = 'gAJjZWJkYXRhLnRlbXBsYXRlbWFrZXIuYnJhaW4KQnJhaW4KcQEpgXECfXEDYi4=\n'
self.assertEqual(Brain([]), Brain.from_serialized(serialized))
