def test_diff_attrs_repr_with_array(self):
attrs_a = {"attr": np.array([0, 1])}
attrs_b = {"attr": 1}
expected = dedent("""\
Differing attributes:
L attr: [0 1]
R attr: 1
""").strip()
actual = formatting.diff_attrs_repr(attrs_a, attrs_b, "equals")
assert expected == actual
attrs_b = {"attr": np.array([-3, 5])}
expected = dedent("""\
Differing attributes:
L attr: [0 1]
R attr: [-3 5]
""").strip()
actual = formatting.diff_attrs_repr(attrs_a, attrs_b, "equals")
assert expected == actual
# should not raise a warning
attrs_b = {"attr": np.array([0, 1, 2])}
expected = dedent("""\
Differing attributes:
L attr: [0 1]
R attr: [0 1 2]
""").strip()
actual = formatting.diff_attrs_repr(attrs_a, attrs_b, "equals")
assert expected == actual
def assert_variable_attrs_equal(self, ds_a, ds_b):
# Does not test whether ds_a and ds_b have the same set of variables
for var_name in ds_a.variables.keys():
attrs_a = ds_a[var_name].attrs
attrs_b = ds_b[var_name].attrs
assert dict_equiv(attrs_a, attrs_b), diff_attrs_repr(
attrs_a, attrs_b, "identical")
def assert_global_attrs_close(self, attrs_a, attrs_b):
attrs_a = attrs_a.copy()
attrs_b = attrs_b.copy()
self._assert_time_attrs_close(attrs_a, attrs_b)
self._assert_numerical_attrs_close(attrs_a, attrs_b)
assert dict_equiv(attrs_a,
attrs_b), diff_attrs_repr(attrs_a, attrs_b,
"identical")