def test_valid_quad_key_blank(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('anttvb_first')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
second_node_name = NodeLink('anttvb_second')
gm.create_node(root_node_link=second_node_name,
image_value_link=seattle_skyline_url)
quad_key = ''
first_image = gm.get_image_at_quad_key(first_node_name,
256,
quad_key=quad_key)
self.assertTrue(
utilities.pil_images_equal(first_image.value, wiki_pil_image))
new_root_result = gm.connect_child(root_node_link=first_node_name,
quad_key=quad_key,
child_node_link=second_node_name)
self.assertTrue(new_root_result.is_success())
new_root = new_root_result.value
self.assertEqual(second_node_name,
gm.get_child_name(new_root, quad_key=quad_key))
self.assertEqual(second_node_name, new_root)
second_image_result = gm.get_image_at_quad_key(new_root,
256,
quad_key=quad_key)
self.assertTrue(second_image_result.is_success())
self.assertTrue(
utilities.pil_images_equal(second_image_result.value,
seattle_skyline_pil_image))
def test_valid_jpg_link(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
node_name = NodeLink('tvjl', None)
self.assertFalse(gm.node_exists(node_name))
create_result = gm.create_node(root_node_link=node_name,
image_value_link=wiki_image_url)
self.assertEqual(create_result.code, result.SUCCESS_CODE)
self.assertTrue(gm.node_exists(node_name))
self.assertEqual(create_result.value, node_name)
def test_invalid_already_exists(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('tiae')
create_result = gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
self.assertEqual(create_result.code, result.SUCCESS_CODE)
repeat_create_result = gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
self.assertNotEqual(repeat_create_result.code, result.SUCCESS_CODE)
self.assertEqual(repeat_create_result.code, result.NAME_ALREADY_EXISTS)
def test_invalid_wrong_children_count(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
children_names = ('a', 'b', 'c', 'd')
good_result = gm.create_node(root_node_link=NodeLink('tiwccg'),
children_links=children_names)
self.assertEqual(good_result.code, result.SUCCESS_CODE)
wrong_children_names = ('e', 'f', 'g')
bad_result = gm.create_node(root_node_link=NodeLink('tiwccb'),
children_links=wrong_children_names)
self.assertNotEqual(bad_result.code, result.SUCCESS_CODE)
self.assertEqual(bad_result.code, result.WRONG_CHILDREN_COUNT)
def test_valid_image_match_resolution(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('tvimr')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
test_resolution = 256
pil_image_result = gm.get_image_at_quad_key(first_node_name,
resolution=test_resolution,
quad_key='')
self.assertTrue(pil_image_result.is_success())
pil_image = pil_image_result.value
self.assertEqual(pil_image.size, (test_resolution, test_resolution))
def test_invalid_quad_key(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('ant_iqk_first')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
second_node_name = NodeLink('ant_iqk_second')
gm.create_node(root_node_link=second_node_name,
image_value_link=seattle_skyline_url)
quad_key = '512'
new_root_result = gm.connect_child(root_node_link=first_node_name,
quad_key=quad_key,
child_node_link=second_node_name)
self.assertFalse(new_root_result.is_success())
def test_invalid_add_non_existent_root_name(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('ant_ner_first')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
second_node_name = NodeLink('ant_ner_second')
gm.create_node(root_node_link=second_node_name,
image_value_link=seattle_skyline_url)
quad_key = '013'
new_root_result = gm.connect_child(root_node_link=NodeLink('galall'),
quad_key=quad_key,
child_node_link=second_node_name)
self.assertFalse(new_root_result.is_success())
self.assertEqual(result.NODE_LINK_NOT_FOUND_ERROR_CODE,
new_root_result.code)
def test_valid_simple(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('anttvs')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
second_node_name = NodeLink('tvnl_second')
gm.create_node(root_node_link=second_node_name,
image_value_link=seattle_skyline_url)
quad_key = '333'
new_root_result = gm.connect_child(root_node_link=first_node_name,
quad_key=quad_key,
child_node_link=second_node_name)
new_root = new_root_result.value
self.assertTrue(gm.node_exists(new_root), new_root_result.message)
self.assertEqual(second_node_name,
gm.get_child_name(new_root, quad_key=quad_key).value)
def create_sample(self):
G = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
seattle_skyline_image_url = 'https://upload.wikimedia.org/wikipedia/commons/thumb/2/2f/Space_Needle002.jpg/640px-Space_Needle002.jpg'
mt_tacoma_image_url = 'https://upload.wikimedia.org/wikipedia/commons/thumb/a/a2/Mount_Rainier_from_the_Silver_Queen_Peak.jpg/1024px-Mount_Rainier_from_the_Silver_Queen_Peak.jpg'
seattle_node_link = NodeLink('seattle')
mt_tacoma_node_link = NodeLink('tacoma')
G.create_node(root_node_link=seattle_node_link,
image_value_link=seattle_skyline_image_url)
G.create_node(root_node_link=mt_tacoma_node_link,
image_value_link=mt_tacoma_image_url)
insert_quad_key = '13'
created_node_link_result = G.connect_child(
root_node_link=seattle_node_link,
quad_key=insert_quad_key,
child_node_link=mt_tacoma_node_link)
return G, created_node_link_result
def test_valid_new_root_name(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('ant_vnr_first')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
second_node_name = NodeLink('ant_vnr_second')
gm.create_node(root_node_link=second_node_name,
image_value_link=seattle_skyline_url)
quad_key = '123'
input_new_root = NodeLink('ant_vnr_nr')
new_root_result = gm.connect_child(root_node_link=first_node_name,
quad_key=quad_key,
child_node_link=second_node_name,
new_root_name=input_new_root)
self.assertTrue(new_root_result.is_success())
self.assertEqual(new_root_result.value, input_new_root)
def test_invalid_child_not_exists(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('gcn_cne')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
second_node_name = NodeLink('gcn_cne')
gm.create_node(root_node_link=second_node_name,
image_value_link=seattle_skyline_url)
add_result = gm.connect_child(root_node_link=first_node_name,
quad_key='01312',
child_node_link=second_node_name)
self.assertTrue(add_result.is_success())
child_name_result = gm.get_child_name(root_node_link=first_node_name,
quad_key='111')
self.assertFalse(child_name_result.is_success())
self.assertEqual(result.NODE_LINK_NOT_FOUND_ERROR_CODE,
child_name_result.code)
def test_no_change_after_adding_node(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('nocan0')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
test_resolution = 256
first_image_before_add_result = gm.get_image_at_quad_key(
first_node_name, resolution=test_resolution, quad_key='')
self.assertTrue(first_image_before_add_result.is_success())
second_node_name = NodeLink('nocan1')
gm.create_node(root_node_link=second_node_name,
image_value_link=seattle_skyline_url)
first_image_after_add_result = gm.get_image_at_quad_key(
first_node_name, resolution=test_resolution, quad_key='')
self.assertTrue(first_image_after_add_result.is_success())
self.assertTrue(
utilities.pil_images_equal(first_image_before_add_result.value,
first_image_after_add_result.value))
def test_valid_quad_key(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_link = NodeLink('gcn_vq')
gm.create_node(root_node_link=first_node_link,
image_value_link=wiki_image_url)
second_node_link = NodeLink('gcn_vq2')
gm.create_node(root_node_link=second_node_link,
image_value_link=seattle_skyline_url)
quad_key = '01333'
third_node_link_result = gm.connect_child(
root_node_link=first_node_link,
quad_key=quad_key,
child_node_link=second_node_link)
self.assertTrue(third_node_link_result.is_success())
child_name_result = gm.get_child_name(
root_node_link=third_node_link_result.value, quad_key=quad_key)
self.assertTrue(child_name_result.is_success())
self.assertEqual(second_node_link, child_name_result.value)
def test_valid_node_link_same_image(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('tvnl_first')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
second_node_name = NodeLink('tvnl_second')
gm.create_node(root_node_link=second_node_name,
image_value_link=wiki_image_url)
first_image_result = gm.get_image_at_quad_key(first_node_name,
resolution=256,
quad_key='')
second_image_result = gm.get_image_at_quad_key(second_node_name,
resolution=256,
quad_key='')
self.assertEqual(first_image_result.code, result.SUCCESS_CODE)
self.assertEqual(second_image_result.code, result.SUCCESS_CODE)
self.assertTrue(
utilities.pil_images_equal(first_image_result.value,
second_image_result.value))
def test_consistent_image_as_you_zoom(self):
gm = graphmap_main.GraphMap(serializer.Serializer())
fruits_node_link = NodeLink(constants.FRUITS_LINK)
lowest_quad_keys = ['333133', '312312', '131231']
for lowest_quad_key in lowest_quad_keys:
expected_same_images = []
for i in range(len(lowest_quad_key) + 1):
node_quad_key = lowest_quad_key[:i]
resolution = 2**(len(lowest_quad_key) - i) * 32
node_pil_image_result = gm.get_image_at_quad_key(
root_node_link=fruits_node_link,
resolution=resolution,
quad_key=node_quad_key)
self.assertTrue(node_pil_image_result.is_success())
node_pil_image = node_pil_image_result.value
image_quad_key = lowest_quad_key[i:]
expected_same_image = imagetree.pil_image_at_quad_key(
node_pil_image, quad_key=image_quad_key)
expected_same_images.append(expected_same_image)
for expected_same_image in expected_same_images[1:]:
self.assertTrue(
utilities.pil_images_equal(expected_same_image,
expected_same_images[0]))
def test_exists_true(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
first_node_name = NodeLink('ne0')
gm.create_node(root_node_link=first_node_name,
image_value_link=wiki_image_url)
self.assertTrue(gm.node_exists(first_node_name))
def test_exists_false(self):
gm = graphmap_main.GraphMap(memory_persistence.MemoryPersistence())
gm.create_node(root_node_link=NodeLink('lajaflaga'),
image_value_link=wiki_image_url)
self.assertFalse(gm.node_exists('agaljvalbla'))