def test_iter_to_list(I):
'Test UPath as an iter by converting to list.'
p = uripath.UPath('/usr/local/lib/python2.7/site-packages/jazzy')
# convert UPath to list
a = list(p)
I.assertTrue(len(a) == len(p))
I.assertTrue(isinstance(a[0], uripath.RootUPath))
I.assertTrue(all(uripath.isUPath(i) for i in a))
I.assertTrue(all(a[i] == p[i] for i in range(7)))
I.assertTrue(all(i == j for i, j in zip(a, p)))
def test_iter_append(I):
'Test UPath as an iter using list append.'
p = uripath.UPath('/usr/local/lib/python2.7/site-packages/jazzy')
# old-fashioned append
a = []
for part in p:
a.append(part)
I.assertTrue(len(a) == len(p))
I.assertTrue(isinstance(a[0], uripath.RootUPath))
I.assertTrue(all(uripath.isUPath(i) for i in a))
I.assertTrue(all(a[i] == p[i] for i in range(7)))
I.assertTrue(all(i == j for i, j in zip(a, p)))
def test_ctor(I):
'Test RootUPath()'
p = uripath.RootUPath()
I.assertTrue(uripath.isUPath(p))
I.assertTrue(str(p) == '/')
def assertUPath(I, sut, value, length=None):
'Assert that SUT is a UPath with the given value and length.'
I.assertTrue(uripath.isUPath(sut))
I.assertTrue(sut == value, '[{}] v [{}]'.format(sut, value))
if length is not None:
I.assertTrue(len(sut) == length)
def assertIsRoot(I, sut):
'Assert that SUT is the root path "/" .'
I.assertTrue(isinstance(sut, uripath.RootUPath))
I.assertTrue(uripath.isUPath(sut))
I.assertTrue(str(sut) == '/')
I.assertTrue(sut == '/')