def test_reorder(self):
node = create_node(get_n_random_tags(50, list(PRELUDE_TAGS+'ghi'+EPILOGUE_TAGS)))
no = PreludeEpilogueOrganizer(PRELUDE_TAGS, EPILOGUE_TAGS)
no.reorder(node)
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertEqual(has_valid_structure(node), validator.is_valid(node))
def test_reorder(self):
node = create_node(get_n_random_tags(50, list(PRELUDE_TAGS+'ghi'+EPILOGUE_TAGS)))
no = PreludeEpilogueOrganizer(PRELUDE_TAGS, EPILOGUE_TAGS)
no.reorder(node)
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertEqual(has_valid_structure(node), validator.is_valid(node))
def test_reorg_with_zero_nodes(self):
node = create_node('')
self.nodeorganizer.reorder(node)
self.assertEqual(0, len(node))
def test_invalid_content(self):
node = create_node('aabbccgHixxyyzz')
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertFalse(validator.is_valid(node))
def test_invalid_structure_a_in_midrange_without_prelude(self):
nodes = create_node('gahi' 'xxxyyzz')
self.assertFalse(has_valid_structure(nodes))
def test_invalid_structure_x_in_midrange_without_epilouge(self):
nodes = create_node('aabccc' 'gxhi')
self.assertFalse(has_valid_structure(nodes))
def test_no_epilogue_tags(self):
with self.assertRaises(ValueError):
EpilogueTagBlock(create_node('abc'), '')
def test_invalid_structure_b_after_c(self):
nodes = create_node('aabbcb' 'ghi' 'xxxyyzz')
self.assertFalse(has_valid_structure(nodes))
def test_invalid_structure_x_in_midrange_without_epilouge(self):
nodes = create_node('aabccc' 'gxhi')
self.assertFalse(has_valid_structure(nodes))
def test_invalid_content(self):
node = create_node('aabbccgHixxyyzz')
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertFalse(validator.is_valid(node))
def test_invalid_structure_a_in_midrange_without_prelude(self):
nodes = create_node('gahi' 'xxxyyzz')
self.assertFalse(has_valid_structure(nodes))
def test_invalid_structure_x_in_midrange(self):
nodes = create_node('aabccc' 'gxhi' 'xxxyyzz')
self.assertFalse(has_valid_structure(nodes))
def test_invalid_structure_x_after_y(self):
nodes = create_node('aabbcc' 'ghi' 'xxyxyzz')
self.assertFalse(has_valid_structure(nodes))
def test_invalid_structure_b_after_c(self):
nodes = create_node('aabbcb' 'ghi' 'xxxyyzz')
self.assertFalse(has_valid_structure(nodes))
def test_valid_structure_unsorted_midrange(self):
nodes = create_node('aabbcc' 'ihg' 'xxxyyzz')
self.assertTrue(has_valid_structure(nodes))
def test_valid_content_empty_tag(self):
node = create_node('')
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertTrue(validator.is_valid(node))
def test_reorg(self):
tags = get_n_random_tags(100, ALLTAGS)
tree = create_node(tags)
self.nodeorganizer.reorder(tree)
self.assertTrue(has_valid_structure(tree))
def test_unique_order_tags(self):
with self.assertRaises(ValueError):
PreludeTagBlock(create_node("abc"), "abcc")
def test_reorg_with_zero_nodes(self):
node = create_node('')
self.nodeorganizer.reorder(node)
self.assertEqual(0, len(node))
def test_valid_content_empty_tag(self):
node = create_node('')
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertTrue(validator.is_valid(node))
def test_reorg_with_one_node(self):
node = create_node('g')
self.nodeorganizer.reorder(node)
self.assertEqual('g', node[0].tag)
def test_valid_structure_unsorted_midrange(self):
nodes = create_node('aabbcc' 'ihg' 'xxxyyzz')
self.assertTrue(has_valid_structure(nodes))
def getPTB(nodes, preludetags='abc'):
return PreludeTagBlock(create_node(nodes), preludetags)
def test_invalid_structure_x_after_y(self):
nodes = create_node('aabbcc' 'ghi' 'xxyxyzz')
self.assertFalse(has_valid_structure(nodes))
def count(self, nodes):
prelude = PreludeTagBlock(create_node(nodes), self.tags)
return len(prelude)
def test_invalid_structure_x_in_midrange(self):
nodes = create_node('aabccc' 'gxhi' 'xxxyyzz')
self.assertFalse(has_valid_structure(nodes))
def test_no_prelude_tags(self):
with self.assertRaises(ValueError):
PreludeTagBlock(create_node('abc'), '')
def test_reorg(self):
tags = get_n_random_tags(100, ALLTAGS)
tree = create_node(tags)
self.nodeorganizer.reorder(tree)
self.assertTrue(has_valid_structure(tree))
def test_unique_order_tags(self):
with self.assertRaises(ValueError):
PreludeTagBlock(create_node('abc'), 'abcc')
def test_reorg_with_one_node(self):
node = create_node('g')
self.nodeorganizer.reorder(node)
self.assertEqual('g', node[0].tag)
def getETB(nodes, tags='xyz'):
return EpilogueTagBlock(create_node(nodes), tags)
def test_valid_content_without_epilogue(self):
node = create_node('aabbccghi')
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertTrue(validator.is_valid(node))
def test_unique_order_tags(self):
with self.assertRaises(ValueError):
EpilogueTagBlock(create_node('abc'), 'abcc')
def getPTB(nodes, preludetags='abc'):
return PreludeTagBlock(create_node(nodes), preludetags)
def test_tag_error(self):
tb = EpilogueTagBlock(create_node('abc'), 'xyz')
with self.assertRaises(ValueError):
tb.insert_position_after('d')
def test_no_epilogue_tags(self):
with self.assertRaises(ValueError):
EpilogueTagBlock(create_node('abc'), '')
def count(self, nodes):
prelude = PreludeTagBlock(create_node(nodes), self.tags)
return len(prelude)
def test_tag_error(self):
tb = EpilogueTagBlock(create_node('abc'), 'xyz')
with self.assertRaises(ValueError):
tb.insert_position_after('d')
def test_no_prelude_tags(self):
with self.assertRaises(ValueError):
PreludeTagBlock(create_node('abc'), '')
def test_valid_content_without_epilogue(self):
node = create_node('aabbccghi')
validator = NodeStructureChecker(PRELUDE_TAGS, 'ghi', EPILOGUE_TAGS)
self.assertTrue(validator.is_valid(node))
def test_valid_content_without_prelude(self):
node = create_node("ghixxyyzz")
validator = NodeStructureChecker(PRELUDE_TAGS, "ghi", EPILOGUE_TAGS)
self.assertTrue(validator.is_valid(node))
def test_valid_content_one_tag(self):
node = create_node("g")
validator = NodeStructureChecker(PRELUDE_TAGS, "ghi", EPILOGUE_TAGS)
self.assertTrue(validator.is_valid(node))
def getETB(nodes, tags='xyz'):
return EpilogueTagBlock(create_node(nodes), tags)