def test_vectors(self):
here = os.path.dirname(__file__)
jf = os.path.abspath(
os.path.join(here, '../../../test-vectors/appendix_a.json'))
if not os.path.exists(jf):
logging.warning(
'cannot find test-vectors/appendix_a.json, tried: %r', jf)
return
if _IS_PY3:
testfile = open(jf, 'r')
tv = json.load(testfile)
else:
testfile = open(jf, 'rb')
tv = json.load(testfile)
anyerr = False
for row in tv:
rhex = row.get('hex')
if 'decoded' in row:
decoded = row['decoded']
_check(row, decoded)
continue
elif 'diagnostic' in row:
diag = row['diagnostic']
checkf = _DIAGNOSTIC_TESTS.get(diag)
if checkf is not None:
_check_foo(row, checkf)
continue
# variously verbose log of what we're not testing:
cbdata = base64.b64decode(row['cbor'])
try:
pd = pyloads(cbdata)
except:
if rhex and (rhex in _EXPECT_EXCEPTION):
pass
else:
logging.error('failed to py load hex=%s diag=%r',
rhex,
row.get('diagnostic'),
exc_info=True)
pd = ''
cd = None
if cloads is not None:
try:
cd = cloads(cbdata)
except:
if rhex and (rhex in _EXPECT_EXCEPTION):
pass
else:
logging.error('failed to c load hex=%s diag=%r',
rhex,
row.get('diagnostic'),
exc_info=True)
cd = ''
logging.warning('skipping hex=%s diag=%r py=%s c=%s', rhex,
row.get('diagnostic'), pd, cd)
testfile.close()
assert not anyerr
def _check_foo(row, checkf):
cbdata = base64.b64decode(row['cbor'])
if cloads is not None:
cb = cloads(cbdata)
if not checkf(cb):
anyerr = True
sys.stderr.write('expected {0!r} got {1!r} c failed to decode cbor {2}\n'.format(decoded, cb, base64.b16encode(cbdata)))
cb = pyloads(cbdata)
if not checkf(cb):
anyerr = True
sys.stderr.write('expected {0!r} got {1!r} py failed to decode cbor {2}\n'.format(decoded, cb, base64.b16encode(cbdata)))
def test_vectors(self):
here = os.path.dirname(__file__)
jf = os.path.abspath(os.path.join(here, '../../../test-vectors/appendix_a.json'))
if not os.path.exists(jf):
logging.warning('cannot find test-vectors/appendix_a.json, tried: %r', jf)
return
if _IS_PY3:
testfile = open(jf, 'r')
tv = json.load(testfile)
else:
testfile = open(jf, 'rb')
tv = json.load(testfile)
anyerr = False
for row in tv:
rhex = row.get('hex')
if 'decoded' in row:
decoded = row['decoded']
_check(row, decoded)
continue
elif 'diagnostic' in row:
diag = row['diagnostic']
checkf = _DIAGNOSTIC_TESTS.get(diag)
if checkf is not None:
_check_foo(row, checkf)
continue
# variously verbose log of what we're not testing:
cbdata = base64.b64decode(row['cbor'])
try:
pd = pyloads(cbdata)
except:
if rhex and (rhex in _EXPECT_EXCEPTION):
pass
else:
logging.error('failed to py load hex=%s diag=%r', rhex, row.get('diagnostic'), exc_info=True)
pd = ''
cd = None
if cloads is not None:
try:
cd = cloads(cbdata)
except:
if rhex and (rhex in _EXPECT_EXCEPTION):
pass
else:
logging.error('failed to c load hex=%s diag=%r', rhex, row.get('diagnostic'), exc_info=True)
cd = ''
logging.warning('skipping hex=%s diag=%r py=%s c=%s', rhex, row.get('diagnostic'), pd, cd)
testfile.close()
assert not anyerr
def _check_foo(row, checkf):
cbdata = base64.b64decode(row['cbor'])
if cloads is not None:
cb = cloads(cbdata)
if not checkf(cb):
anyerr = True
sys.stderr.write(
'expected {0!r} got {1!r} c failed to decode cbor {2}\n'.
format(decoded, cb, base64.b16encode(cbdata)))
cb = pyloads(cbdata)
if not checkf(cb):
anyerr = True
sys.stderr.write(
'expected {0!r} got {1!r} py failed to decode cbor {2}\n'.format(
decoded, cb, base64.b16encode(cbdata)))