def testLoads(self):
n = loads('[:foo {:bar [:baz]} (limit 10) '
'#foo/uuid "678d88b2-87b0-403b-b63d-5da7465aecc3"]')
self.assertEqual(n, List([
Keyword('foo'),
Dict({Keyword('bar'): List([Keyword('baz')])}),
Tuple([Symbol('limit'), 10]),
TaggedElement('foo/uuid', "678d88b2-87b0-403b-b63d-5da7465aecc3"),
]))
def test_loads():
n = loads('[:foo {:bar [:baz]} (limit 10) '
'#foo/uuid "678d88b2-87b0-403b-b63d-5da7465aecc3"]')
assert n == List([
Keyword('foo'),
Dict({Keyword('bar'): List([Keyword('baz')])}),
Tuple([Symbol('limit'), 10]),
TaggedElement('foo/uuid', "678d88b2-87b0-403b-b63d-5da7465aecc3"),
])
def decorator(fn):
name = kwargs.pop('_name', None)
name = name or '{}/{}_{}'.format(fn.__module__, fn.__name__, id(fn))
assert not kwargs, 'Unknown keyword arguments: {!r}'.format(kwargs)
def expr(*args):
return _Func(expr, args)
expr.fn = fn
expr.__fn_name__ = name
if len(requires) == 1 and isinstance(requires[0], string_types):
reqs_list = loads(text_type(requires[0]))
expr.__requires__ = [transform(reqs) for reqs in reqs_list]
else:
expr.__requires__ = requires
return expr
def decorator(fn):
name = kwargs.pop('_name', None)
name = name or '{}/{}_{}'.format(fn.__module__, fn.__name__, id(fn))
assert not kwargs, 'Unknown keyword arguments: {!r}'.format(kwargs)
def expr(*args):
return _Func(expr, args)
expr.fn = fn
expr.__fn_name__ = name
if len(requires) == 1 and isinstance(requires[0], string_types):
reqs_list = loads(text_type(requires[0]))
expr.__requires__ = [transform(reqs) for reqs in reqs_list]
else:
expr.__requires__ = requires
return expr
def assertWrites(self, data, output):
first = loads(dumps(data))
second = loads(output)
self.assertEqual(first, second)
def testNil(self):
self.assertEqual(loads('[1 nil 2]'), List([1, None, 2]))
def testSymbol(self):
self.assertEqual(loads('foo'), Symbol('foo'))
def test_nil():
assert loads('[1 nil 2]') == List([1, None, 2])
def test_symbol():
assert loads('foo') == Symbol('foo')
def assertWrites(self, data, output):
first = loads(dumps(data))
second = loads(output)
self.assertEqual(first, second)
def check_writes(data, output):
first = loads(dumps(data))
second = loads(output)
assert first == second
