def test_cat_dshapes(self):
# concatenating 1 dshape is a no-op
dslist = [dshape("3 * 10 * int32")]
self.assertEqual(datashape.cat_dshapes(dslist), dslist[0])
# two dshapes
dslist = [dshape("3 * 10 * int32"), dshape("7 * 10 * int32")]
self.assertEqual(datashape.cat_dshapes(dslist), dshape("10 * 10 * int32"))
def test_cat_dshapes():
# concatenating 1 dshape is a no-op
dslist = [dshape('3 * 10 * int32')]
assert datashape.cat_dshapes(dslist) == dslist[0]
# two dshapes
dslist = [dshape('3 * 10 * int32'), dshape('7 * 10 * int32')]
assert datashape.cat_dshapes(dslist) == dshape('10 * 10 * int32')
def test_cat_dshapes(self):
# concatenating 1 dshape is a no-op
dslist = [dshape('3 * 10 * int32')]
self.assertEqual(datashape.cat_dshapes(dslist), dslist[0])
# two dshapes
dslist = [dshape('3 * 10 * int32'), dshape('7 * 10 * int32')]
self.assertEqual(datashape.cat_dshapes(dslist),
dshape('10 * 10 * int32'))
def test_cat_dshapes():
# concatenating 1 dshape is a no-op
dslist = [dshape('3 * 10 * int32')]
assert datashape.cat_dshapes(dslist) == dslist[0]
# two dshapes
dslist = [dshape('3 * 10 * int32'),
dshape('7 * 10 * int32')]
assert datashape.cat_dshapes(dslist) == dshape('10 * 10 * int32')
def test_cat_dshapes_errors():
# need at least one dshape
with pytest.raises(ValueError):
datashape.cat_dshapes([])
# dshapes need to match after the first dimension
with pytest.raises(ValueError):
datashape.cat_dshapes([dshape('3 * 10 * int32'),
dshape('3 * 1 * int32')])
def test_cat_dshapes_errors():
# need at least one dshape
with pytest.raises(ValueError):
datashape.cat_dshapes([])
# dshapes need to match after the first dimension
with pytest.raises(ValueError):
datashape.cat_dshapes(
[dshape('3 * 10 * int32'),
dshape('3 * 1 * int32')])
def test_cat_dshapes(self):
# concatenating 1 dshape is a no-op
dslist = [dshape('3, 10, int32')]
self.assertEqual(datashape.cat_dshapes(dslist),
dslist[0])
# two dshapes
dslist = [dshape('3, 10, int32'),
dshape('7, 10, int32')]
self.assertEqual(datashape.cat_dshapes(dslist),
dshape('10, 10, int32'))