def fun(test_instance):
# If certain files are not found, we dont want to continue the test.
# "infile" came from "glob" so we don't need to test that.
# We could also skip the attachment of the unit-test alltogether,
# but calling ``skipTest`` instead makes it more visible that
# something was not exeuted and test-runners like pytest can report
# on this.
if not exists(outfile):
test_instance.skipTest(
'Expected output file %r not found!' % outfile)
# "infile" is to "storable" file which we want to decode.
data = deserializer(infile)
assertion_function = test_instance.assertEqual
try:
with open(outfile) as fp:
code = fp.read()
compiled = compile(code, outfile, 'exec')
expected_scope = {}
exec(compiled, expected_scope)
result_we_need = expected_scope['result']
if 'is_equal' in expected_scope:
assertion_function = expected_scope['is_equal']
except KeyError as exc:
test_instance.skipTest(
'File %r should define the variable "result"!' % outfile)
except Exception as exc:
test_instance.skipTest(
'Unable to compile %r (%s)' % (outfile, exc))
# Now we have proper data which we can compare in detail.
assertion_function(
data, result_we_need,
'Deserialisation of %r did not equal the data '
'given in %r' % (infile, outfile))
try:
serialized_data = storable.output.serialize(data)
reserialized_data = storable.thaw(serialized_data)
if isinstance(data, dict):
storable.thaw(storable.output.modify_hash(serialized_data, 'fooobar_keyy', 'xy'))
storable.thaw(storable.output.modify_hash(serialized_data, 'abc', 45.12))
except RuntimeError as err:
if 'recursion' in err.args[0].lower()\
or repr(err).startswith('Recursion'): # for python3.5+
reserialized_data = None
else:
raise
if reserialized_data is not None:
assertion_function(
data, reserialized_data,
'Serialization of %r did not equal the data '
'given in %r' % (data, reserialized_data))
def run():
with open("tests/resources/x86_64-linux/2.18/025_complex06_2.18_x86_64-linux_nfreeze.storable", "rb") as fh:
small_data_nfreeze = fh.read()
with open("tests/resources/x86_64-linux/2.18/025_complex06_2.18_x86_64-linux_freeze.storable", "rb") as fh:
small_data_freeze = fh.read()
with open("tests/large_simple01_nfreeze.storable", "rb") as fh:
large_data_nfreeze = fh.read()
with open("tests/large_simple01_freeze.storable", "rb") as fh:
large_data_freeze = fh.read()
timethese(100, {
'small_nfreeze': lambda: storable.thaw(small_data_nfreeze),
'small_freeze': lambda: storable.thaw(small_data_freeze),
'large_nfreeze': lambda: storable.thaw(large_data_nfreeze),
'large_freeze': lambda: storable.thaw(large_data_freeze)
})
def mythaw(infile):
#print('reading from infile:'+infile)
infh = open(infile, 'rb')
data = infh.read()
infh.close()
# thaw() it
try:
data = storable.thaw(data)
except Exception,e:
traceback.print_exc(e)
def run():
fh = open("t/resources/x86_64-linux/2.18/050_complex06_2.18_x86_64-linux_nfreeze.storable", "rb")
small_data_nfreeze = fh.read()
fh.close()
fh = open("t/resources/x86_64-linux/2.18/049_complex06_2.18_x86_64-linux_freeze.storable", "rb")
small_data_freeze = fh.read()
fh.close()
fh = open("t/large_simple01_nfreeze.storable", "rb")
large_data_nfreeze = fh.read()
fh.close()
fh = open("t/large_simple01_freeze.storable", "rb")
large_data_freeze = fh.read()
fh.close()
timethese(100, {
'small_nfreeze' : lambda :storable.thaw(small_data_nfreeze),
'small_freeze' : lambda :storable.thaw(small_data_freeze ),
'large_nfreeze' : lambda :storable.thaw(large_data_nfreeze),
'large_freeze' : lambda :storable.thaw(large_data_freeze )
})
def run():
with open(
"tests/resources/x86_64-linux/2.18/025_complex06_2.18_x86_64-linux_nfreeze.storable",
"rb") as fh:
small_data_nfreeze = fh.read()
with open(
"tests/resources/x86_64-linux/2.18/025_complex06_2.18_x86_64-linux_freeze.storable",
"rb") as fh:
small_data_freeze = fh.read()
with open("tests/large_simple01_nfreeze.storable", "rb") as fh:
large_data_nfreeze = fh.read()
with open("tests/large_simple01_freeze.storable", "rb") as fh:
large_data_freeze = fh.read()
timethese(
100, {
'small_nfreeze': lambda: storable.thaw(small_data_nfreeze),
'small_freeze': lambda: storable.thaw(small_data_freeze),
'large_nfreeze': lambda: storable.thaw(large_data_nfreeze),
'large_freeze': lambda: storable.thaw(large_data_freeze)
})
def loads(data):
return storable.thaw(data)
def mythaw(infile):
infh = open(infile, 'rb')
data = infh.read()
infh.close()
data = storable.thaw(data)
return data
def loads(self, obj):
return thaw(obj)
def load(self):
return thaw(self.fd.read())
def read(self, key):
raw_data = self.connection.get(key)
print(type(raw_data))
return storable.thaw(raw_data)
def loads(self, obj):
return thaw(obj)
def load(self):
return thaw(self.fd.read())
