def comparison_report(self):
if self.__comparison_report is None:
if os.path.isfile(self.output_location):
comparisons_in = FileIO(self.output_location, mode='rb')
try:
comparison_failure_stream = simpleion.load(comparisons_in, single_value=False)
finally:
comparisons_in.close()
self.__comparison_report = IonPyList.from_value(IonType.LIST, comparison_failure_stream)
else:
self.__comparison_report = IonPyList.from_value(IonType.LIST, [])
return self.__comparison_report
def errors(self):
if self.__errors is None:
if os.path.isfile(self.error_location):
errors_in = FileIO(self.error_location, mode='rb')
try:
errors_stream = simpleion.load(errors_in, single_value=False)
finally:
errors_in.close()
self.__errors = IonPyList.from_value(IonType.LIST, errors_stream)
else:
self.__errors = IonPyList.from_value(IonType.LIST, [])
return self.__errors
def _to_ion_nature(obj):
out = obj
if not isinstance(out, _IonNature):
ion_type = _ion_type(out)
out = _FROM_ION_TYPE[ion_type].from_value(ion_type, out)
if isinstance(out, dict):
update = {}
for field, value in six.iteritems(out):
update[field] = _to_ion_nature(value)
update = IonPyDict.from_value(out.ion_type, update, out.ion_annotations)
out = update
elif isinstance(out, list):
update = []
for value in out:
update.append(_to_ion_nature(value))
update = IonPyList.from_value(out.ion_type, update, out.ion_annotations)
out = update
return out
def _to_ion_nature(obj):
out = obj
if not isinstance(out, _IonNature):
ion_type = _ion_type(out)
out = _FROM_ION_TYPE[ion_type].from_value(ion_type, out)
if isinstance(out, dict):
update = {}
for field, value in six.iteritems(out):
update[field] = _to_ion_nature(value)
update = IonPyDict.from_value(out.ion_type, update,
out.ion_annotations)
out = update
elif isinstance(out, list):
update = []
for value in out:
update.append(_to_ion_nature(value))
update = IonPyList.from_value(out.ion_type, update,
out.ion_annotations)
out = update
return out
class _Expected(record('binary', 'text')):
def __new__(cls, binary, text):
return super(_Expected, cls).__new__(cls, (binary, ), (text, ))
def bytes_of(*args, **kwargs):
return bytes(bytearray(*args, **kwargs))
_SIMPLE_CONTAINER_MAP = {
IonType.LIST: (
([
[],
], _Expected(b'\xB0', b'[]')),
([
IonPyList.from_value(IonType.LIST, []),
], _Expected(b'\xB0', b'[]')),
(
[
[0],
],
_Expected(
bytes_of([
0xB0 | 0x01, # Int value 0 fits in 1 byte.
ION_ENCODED_INT_ZERO
]),
b'[0]')),
(
[
IonPyList.from_value(IonType.LIST, [0]),
],
def __new__(cls, binary, text):
return super(_Expected, cls).__new__(cls, (binary,), (text,))
def bytes_of(*args, **kwargs):
return bytes(bytearray(*args, **kwargs))
_SIMPLE_CONTAINER_MAP = {
IonType.LIST: (
(
[[], ],
_Expected(b'\xB0', b'[]')
),
(
[IonPyList.from_value(IonType.LIST, []), ],
_Expected(b'\xB0', b'[]')
),
(
[[0], ],
_Expected(
bytes_of([
0xB0 | 0x01, # Int value 0 fits in 1 byte.
ION_ENCODED_INT_ZERO
]),
b'[0]'
)
),
(
[IonPyList.from_value(IonType.LIST, [0]), ],
_Expected(
