def _test(mod, doc, encoding):
"""Perform encoding specific serialization tests."""
# Encode/decode and re-assert document.
as_repr = tu.encode(doc, encoding)
as_doc_1 = tu.decode(as_repr, encoding)
tu.assert_doc(mod, as_doc_1)
# Re-encode and assert encodings.
as_repr_1 = tu.encode(as_doc_1, encoding)
tu.assert_int(len(as_repr), len(as_repr_1))
tu.assert_str(as_repr, as_repr_1)
def _test(mod, doc, encoding):
"""Perform encoding specific serialization tests."""
# Encode/decode and re-assert document.
as_repr = tu.encode(doc, encoding)
as_doc_1 = tu.decode(as_repr, encoding)
tu.assert_doc(mod, as_doc_1)
# Re-encode and assert encodings.
as_repr_1 = tu.encode(as_doc_1, encoding)
tu.assert_int(len(as_repr), len(as_repr_1))
tu.assert_str(as_repr, as_repr_1)
def _test(mod, doc, encoding):
"""Perform encoding specific serialization tests."""
# Encode/decode and re-assert document.
as_repr = tu.encode(doc, encoding)
as_doc_1 = tu.decode(as_repr, encoding)
tu.assert_doc(mod, as_doc_1)
# Re-encode.
as_repr_1 = tu.encode(as_doc_1, encoding)
# TODO - explore why sometimes XML encoding is problematic
# although all good when reencoding to json.
if len(as_repr) != len(as_repr_1) and encoding == 'xml':
as_repr = tu.encode(tu.decode(as_repr, encoding), 'json')
as_repr_1 = tu.encode(tu.decode(as_repr_1, encoding), 'json')
# Verify encoding equivalence.
tu.assert_int(len(as_repr), len(as_repr_1), msg=str(type(doc)))
tu.assert_str(as_repr, as_repr_1)