def test_create_new_tree_from_old_node_link_save_load(self):
first_tree = TestImageTree.create_one_high_tree()
first_tree_filename = 'tcntfonlsl.tsv'
second_tree_filename = 'saveload_nl.tsv'
if os.path.isfile(first_tree_filename):
os.remove(first_tree_filename)
if os.path.isfile(second_tree_filename):
os.remove(second_tree_filename)
first_tree.set_filename(first_tree_filename)
serializer.save_tree(first_tree)
quad_key = '321'
new_link = first_tree.get_link()
new_tree_result = tree_creator.create_new_from_old_insert_node_link(
old_tree=first_tree,
link_to_insert=new_link,
quad_key=quad_key,
new_tree_name='sln',
filename=second_tree_filename)
new_tree = new_tree_result.value
serializer.save_tree_only_filename(new_tree, new_tree.filename)
self.assertTrue(os.path.isfile(second_tree_filename))
self.assertTrue(os.path.isfile(first_tree.filename))
loaded_tree = serializer.load_link_new_serializer(new_tree.get_link())
self.assertEqual(loaded_tree, new_tree)
os.remove(second_tree_filename)
os.remove(first_tree_filename)
def test_save_load_compact(self):
filename = 'test_compact.tsv.gzip'
tree = TestImageTree.create_one_high_tree(filename)
serializer.save_tree(tree)
loaded_tree = serializer.load_link_new_serializer(
utilities.format_node_address(filename, node_name=tree.name))
self.assertEqual(tree, loaded_tree)
os.remove(filename)
def test_load_root_name(self):
filename = 'test_load_root.tsv.gz'
tree = TestImageTree.create_one_high_tree(filename=filename)
serializer.save_tree(tree)
loaded_tree = serializer.load_link_new_serializer(
utilities.format_node_address(filename=filename, node_name='son'))
self.assertEqual('son', loaded_tree.name)
self.assertEqual(1, loaded_tree.height(max_height=7))
os.remove(filename)
def test_save_load_infinite(self):
tree = TestImageTree.create_one_high_tree()
tree.get_children()[0] = tree
filename = 'test_infinite.tsv.gz'
tree.set_filename(filename)
serializer.save_tree(tree)
new_tree = serializer.load_link_new_serializer(
utilities.format_node_address(filename=filename,
node_name='father'))
self.assertEqual('father', new_tree.name)
os.remove(filename)
def test_save_load_random(self):
tree = treegenerator.TreeGenerator.create_random_tree('ra',
4,
pixel=(0, 0, 0),
variance=1)
filename = 'rat.tsv.gz'
tree.set_filename(filename)
root_link = utilities.format_node_address(filename, node=tree.name)
serializer.save_tree(tree)
another_tree = serializer.load_link_new_serializer(link=root_link)
self.assertEqual(tree, another_tree)
os.remove(filename)
def test_save_load_different_format(self):
filename_extensions = ['.tsv', '.tsv.gz', '.itpb', '.itpb.gz']
base_filename = 'sldf'
for extension in filename_extensions:
filename = base_filename + extension
tree = TestImageTree.create_one_high_tree(filename)
serializer.save_tree(tree)
loaded_tree = serializer.load_link_new_serializer(
utilities.format_node_address(filename, node_name=tree.name))
self.assertEqual(tree.select(lambda x: x.name),
loaded_tree.select(lambda x: x.name))
os.remove(filename)
def test_multiple_file_link_load(self):
tree = TestImageTree.create_one_high_tree()
second_filename = 'second.tsv.gz'
tree._children_links[2] = utilities.format_node_address(
filename=second_filename, node_name=tree.get_children()[2].name)
tree.get_children()[2].filename = second_filename
serializer.save_tree(tree)
self.assertTrue(os.path.isfile(second_filename))
link = tree.get_link()
loaded_tree = serializer.load_link_new_serializer(link=link)
self.assertEqual(loaded_tree, tree)
os.remove(second_filename)
def test_create_new_tree_from_old_jpg_save_load(self):
if os.path.isfile(TestImageTree.father_filename):
os.remove(TestImageTree.father_filename)
first_tree = TestImageTree.create_one_high_tree()
serializer.save_tree(first_tree)
quad_key = '021'
new_link = 'https://upload.wikimedia.org/wikipedia/commons/thumb/4/45/Maquette_EDM_salon_du_Bourget_2013_DSC_0192.JPG/273px-Maquette_EDM_salon_du_Bourget_2013_DSC_0192.JPG'
filename = 'saveload_jpg.tsv'
new_tree = tree_creator.create_new_from_old_insert_jpg(
old_tree=first_tree,
link_to_insert=new_link,
quad_key=quad_key,
new_tree_name='slj',
filename=filename).value
serializer.save_tree_only_filename(new_tree, new_tree.filename)
self.assertTrue(os.path.isfile(filename))
self.assertTrue(os.path.isfile(first_tree.filename))
loaded_tree = serializer.load_link_new_serializer(new_tree.get_link())
self.assertEqual(loaded_tree, new_tree)
os.remove(filename)
os.remove(first_tree.filename)
def test_create_new_tree_from_old_node_link(self):
first_tree = TestImageTree.create_one_high_tree()
first_tree_filename = 'tcntfonl0.tsv'
if os.path.isfile(first_tree_filename):
os.remove(first_tree_filename)
first_tree.set_filename(first_tree_filename)
serializer.save_tree(first_tree)
quad_key = '01'
new_link = first_tree.get_link()
new_tree = tree_creator.create_new_from_old_insert_node_link(
old_tree=first_tree,
link_to_insert=new_link,
quad_key=quad_key,
new_tree_name='hosa',
filename='newctfo.tsv').value
self.assertEqual('hosa', new_tree.name)
self.assertEqual(new_link,
new_tree.get_descendant(quad_key).get_link())
self.assertEqual(TestImageTree.father_pixel,
tuple(new_tree.get_np_array(1).flatten()))
self.assertEqual(
TestImageTree.father_pixel,
tuple(new_tree.get_descendant(quad_key).get_np_array(1).flatten()))
os.remove(first_tree_filename)
