def test_triple_strings_from_file(self):
triples = TripleStringCollection()
self.assertIsNotNone(triples)
count = triples.load_from_filename(
os.path.dirname(__file__) + "/test_files/triples.txt")
self.assertEqual(count, 3)
self.assertTrue(triples.has_primary("key1"))
self.assertTrue(triples.has_primary("key2"))
self.assertTrue(triples.has_primary("key3"))
self.assertTrue(triples.has_secondary("key1", "val11"))
self.assertTrue(triples.has_secondary("key2", "val21"))
self.assertTrue(triples.has_secondary("key3", "val31"))
self.assertEqual(triples.value("key1", "val11"), "val12")
self.assertEqual(triples.value("key2", "val21"), "val22")
self.assertEqual(triples.value("key3", "val31"), "val32:val33")
def test_triple_strings_from_file(self):
triples = TripleStringCollection ()
self.assertIsNotNone(triples)
count = triples.load_from_filename(os.path.dirname(__file__) + os.sep + "test_files" + os.sep + "triples.txt")
self.assertEqual(count, 3)
self.assertTrue(triples.has_primary("key1"))
self.assertTrue(triples.has_primary("key2"))
self.assertTrue(triples.has_primary("key3"))
self.assertTrue(triples.has_secondary("key1", "val11"))
self.assertTrue(triples.has_secondary("key2", "val21"))
self.assertTrue(triples.has_secondary("key3", "val31"))
self.assertEqual(triples.value("key1", "val11"), "val12")
self.assertEqual(triples.value("key2", "val21"), "val22")
self.assertEqual(triples.value("key3", "val31"), "val32:val33")
def __init__(self, process_splits_success=True):
TripleStringCollection.__init__(self)
self._process_splits_success = process_splits_success
def test_triple_strings_from_text(self):
triples = TripleStringCollection ()
self.assertIsNotNone(triples)
self.assertEqual(".*", triples.get_split_pattern())
count = triples.load_from_text("""
key1:val11:val12
key2:val21:val22
key3:val31:val32:val33
""")
self.assertEqual(count, 3)
self.assertTrue(triples.has_primary("key1"))
self.assertTrue(triples.has_primary("key2"))
self.assertTrue(triples.has_primary("key3"))
self.assertTrue(triples.has_secondary("key1", "val11"))
self.assertTrue(triples.has_secondary("key2", "val21"))
self.assertTrue(triples.has_secondary("key3", "val31"))
self.assertEqual(triples.value("key1", "val11"), "val12")
self.assertEqual(triples.value("key2", "val21"), "val22")
self.assertEqual(triples.value("key3", "val31"), "val32:val33")
self.assertIsNone(triples.value("keyX", "val31X"))
self.assertIsNone(triples.value("key3", "val31X"))
self.assertTrue(triples.has_primary("key1"))
self.assertFalse(triples.has_primary("keyX"))
self.assertTrue(triples.has_secondary("key1", "val11"))
self.assertFalse(triples.has_secondary("key1", "val1X"))
self.assertFalse(triples.has_secondary("keyX", "val1X"))
def __init__(self):
TripleStringCollection.__init__(self)
def __init__(self):
TripleStringCollection.__init__(self)
def __init__(self, process_splits_success=True):
TripleStringCollection.__init__(self)
self._process_splits_success = process_splits_success
def test_triple_strings_from_text(self):
triples = TripleStringCollection()
self.assertIsNotNone(triples)
self.assertEqual(".*", triples.get_split_pattern())
count = triples.load_from_text("""
key1:val11:val12
key2:val21:val22
key3:val31:val32:val33
""")
self.assertEqual(count, 3)
self.assertTrue(triples.has_primary("key1"))
self.assertTrue(triples.has_primary("key2"))
self.assertTrue(triples.has_primary("key3"))
self.assertTrue(triples.has_secondary("key1", "val11"))
self.assertTrue(triples.has_secondary("key2", "val21"))
self.assertTrue(triples.has_secondary("key3", "val31"))
self.assertEqual(triples.value("key1", "val11"), "val12")
self.assertEqual(triples.value("key2", "val21"), "val22")
self.assertEqual(triples.value("key3", "val31"), "val32:val33")
self.assertIsNone(triples.value("keyX", "val31X"))
self.assertIsNone(triples.value("key3", "val31X"))
self.assertTrue(triples.has_primary("key1"))
self.assertFalse(triples.has_primary("keyX"))
self.assertTrue(triples.has_secondary("key1", "val11"))
self.assertFalse(triples.has_secondary("key1", "val1X"))
self.assertFalse(triples.has_secondary("keyX", "val1X"))