def test_literal_cases(self):
np = NodePickler()
for l in cases:
a = Literal(l)
b = np.loads(np.dumps(a))
self.assertEquals(a, b)
def test_to_bits_from_bits_round_trip(self):
np = NodePickler()
a = Literal(u'''A test with a \\n (backslash n), "\u00a9" , and newline \n and a second line.
''')
b = np.loads(np.dumps(a))
self.assertEquals(a, b)
def test_literal_cases(self):
np = NodePickler()
for l in cases:
a = Literal(l)
b = np.loads(np.dumps(a))
self.assertEqual(a, b)
def test_to_bits_from_bits_round_trip(self):
np = NodePickler()
a = Literal(
"""A test with a \\n (backslash n), "\u00a9" , and newline \n and a second line.
""")
b = np.loads(np.dumps(a))
self.assertEqual(a, b)
def pickle_t3st():
print ("test of node pickle")
print (__global_test_data__)
np = NodePickler()
fil = open("testdata.pickle","w")
fil.write (np.dumps(__global_test_data__))
fil.close()
def pickle_t3st():
print("test of node pickle")
print(__global_test_data__)
np = NodePickler()
fil = open("testdata.pickle", "w")
fil.write(np.dumps(__global_test_data__))
fil.close()
def load_pickle_t3st():
print("test of node pickle loading")
print(__global_test_data__)
np = NodePickler()
fil = open("testdata.pickle")
#fil.read (np.loads(__global_test_data__))
o = pickle.load(fil)
fil.close()
def node_pickler(self):
if getattr(self, "_node_pickler", False) or self._node_pickler is None:
self._node_pickler = np = NodePickler()
np.register(self, "S")
np.register(URIRef, "U")
np.register(BNode, "B")
np.register(Literal, "L")
np.register(Graph, "G")
np.register(QuotedGraph, "Q")
np.register(Variable, "V")
np.register(Statement, "s")
return self._node_pickler
def test_pickle(self):
np = NodePickler()
dump = pickle.dumps(np)
np2 = pickle.loads(dump)
self.assertEqual(np._ids, np2._ids)
self.assertEqual(np._objects, np2._objects)
