def test_encode_decode():
r"""Test encode/decode for valid objects."""
for x in _valid_objects.values():
y = datatypes.encode(x)
z = datatypes.decode(y)
assert_equal(z, x)
datatypes.encode_data(x)
def default(self, o):
r"""Encoder that allows for expansion types."""
from yggdrasil.metaschema import MetaschemaTypeError
from yggdrasil.metaschema.datatypes import encode_data
try:
return encode_data(o)
except MetaschemaTypeError:
raise TypeError("Cannot encode %s" % o)
def test_encode_decode():
r"""Test encode/decode for valid objects."""
for x in _valid_objects.values():
y = datatypes.encode(x)
z = datatypes.decode(y)
assert_equal(z, x)
t = datatypes.encode_type(x)
d = datatypes.encode_data(x)
w = datatypes.decode_data(d, t)
assert_equal(w, x)
assert_raises(ValueError, datatypes.decode_data, b'', None)
def default(self, o):
r"""Encoder that allows for expansion types."""
from yggdrasil.metaschema.datatypes import (encode_data,
MetaschemaTypeError)
try:
return encode_data(o)
except MetaschemaTypeError:
if _use_rapidjson:
raise TypeError("Cannot encode %s" % o)
else:
return _json_encoder.default(self, o)
def test_encode_decode(nested_approx):
r"""Test encode/decode for valid objects."""
for x in _valid_objects.values():
y = datatypes.encode(x)
z = datatypes.decode(y)
assert (z == nested_approx(x))
t = datatypes.encode_type(x)
d = datatypes.encode_data(x)
w = datatypes.decode_data(d, t)
assert (w == nested_approx(x))
with pytest.raises(ValueError):
datatypes.decode_data(b'', None)
def encode_data(cls, obj, typedef):
r"""Encode an object's data.
Args:
obj (object): Object to encode.
typedef (dict): Type definition that should be used to encode the
object.
Returns:
string: Encoded object.
"""
return encode_data(obj, cls.get_temptype(typedef))
def encode_data(cls, obj, typedef):
r"""Encode an object's data.
Args:
obj (object): Object to encode.
typedef (dict): Type definition that should be used to encode the
object.
Returns:
string: Encoded object.
"""
container = cls._container_type()
for k, v in cls._iterate(obj):
vtypedef = None
if cls._json_property in typedef:
vtypedef = cls._get_element(typedef[cls._json_property], k, None)
vbytes = encode_data(v, typedef=vtypedef)
cls._assign(container, k, vbytes)
return container