def testFlip(self):
tile = Tile(101, DATA[1:11])
tile.flip()
self.assertEqual(4, tile.rotation)
self.assertEqual('..##.#..#.'[::-1], tile.borders['n'])
self.assertEqual('...#.##..#'[::-1], tile.borders['w'])
self.assertEqual('###..###..'[::-1], tile.borders['s'])
self.assertEqual('.#..#####.'[::-1], tile.borders['e'])
def testImage(self):
tile = Tile(101, get_image(DATA))
success = False
for rotation in range(8):
tile.set_rotation(rotation)
if (tile.image == IMAGE):
success = True
self.assertTrue(success)
def test_compute_image(self):
# input = read_inputfile("input20.txt")
input = read_inputfile("example20.txt")
tiles = parse_tiles(input)
image = compute_image(tiles)
#print(image)
solution = read_inputfile("example20solution.txt")
expected = Tile(0, solution)
self.assertIn(image, expected.get_variants())
def test_tile_pair(self):
inputdata1=['abcdefghij','1234567890','abcdefghij','1234567890','abcdefghij','1234567890','abcdefghij','1234567890','abcdefghij','1234567890']
inputdata2=['zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','abcdefghij']
testtile1=Tile(1234, inputdata1, verbose=True)
testtile2=Tile(3141, inputdata2, verbose=True)
testtile1.pair(testtile2)
testtile2.pair(testtile1)
assert 3141 in testtile1.pairs
assert 1234 in testtile2.pairs
def test_build_tile(self):
inputdata=['abcdefghij','1234567890','abcdefghij','1234567890','abcdefghij','1234567890','abcdefghij','1234567890','abcdefghij','1234567890']
testtile=Tile(1234, inputdata, verbose=True)
assert 'abcdefghij' in testtile.borders
assert '1234567890' in testtile.borders
assert 'j0j0j0j0j0' in testtile.borders
assert 'a1a1a1a1a1' in testtile.borders
assert 'jihgfedcba' in testtile.borders
assert '0987654321' in testtile.borders
assert '0j0j0j0j0j' in testtile.borders
assert '1a1a1a1a1a' in testtile.borders
def testRotate(self):
tile = Tile(101, DATA[1:11])
tile.rotate()
self.assertEqual(1, tile.rotation)
self.assertEqual('.#..#####.', tile.borders['n'])
self.assertEqual('..##.#..#.', tile.borders['e'])
self.assertEqual('...#.##..#', tile.borders['s'])
self.assertEqual('###..###..', tile.borders['w'])
tile.rotate()
self.assertEqual(2, tile.rotation)
self.assertEqual('###..###..', tile.borders['n'])
self.assertEqual('.#..#####.', tile.borders['e'])
self.assertEqual('..##.#..#.', tile.borders['s'])
self.assertEqual('...#.##..#', tile.borders['w'])
tile.rotate()
tile.rotate()
self.assertEqual(0, tile.rotation)
self.assertEqual('###..###..', tile.borders['s'])
self.assertEqual('..##.#..#.', tile.borders['n'])
self.assertEqual('...#.##..#', tile.borders['e'])
self.assertEqual('.#..#####.', tile.borders['w'])
def test_find_sea_monsters(self):
input = read_inputfile("example20b.txt")
sea = Tile(0, input)
self.assertEqual(sea.find_sea_monsters(), 2)
self.assertEqual(sea.count_hashes(), 273)
def test_flip_horiz(self):
tile = Tile(0, ["123", "456", "789"])
flipped_tile = tile.flip_horiz()
print(flipped_tile.cells)
self.assertEqual(flipped_tile.cells, ['789', '456', '123'])
self.assertEqual(flipped_tile.flip_horiz(), tile)
def test_flip_vert(self):
tile = Tile(0, ["123", "456", "789"])
flipped_tile = tile.flip_vert()
print(flipped_tile.cells)
self.assertEqual(flipped_tile.cells, ['321', '654', '987'])
self.assertEqual(flipped_tile.flip_vert(), tile)
def test_rotate(self):
tile = Tile(0, ["123", "456", "789"])
rotated_tile = tile.rotate()
# print(rotated_tile)
self.assertEqual(rotated_tile.cells, ['741', '852', '963'])
def testSetRotate(self):
tile1 = Tile(101, DATA[1:11])
tile2 = Tile(101, DATA[1:11])
tile3 = Tile(101, DATA[1:11])
tile2.flip()
tile2.rotate()
tile2.rotate()
tile1.set_rotation(6)
self.assertEqual(tile1.rotation, tile2.rotation)
self.assertEqual(tile1.image, tile2.image)
self.assertEqual(tile1.borders, tile2.borders)
tile1.set_rotation(1)
tile3.rotate()
self.assertEqual(tile1.image, tile3.image)
def testTile(self):
tile = Tile(101, DATA[1:11])
self.assertEqual('..##.#..#.', tile.borders['n'])
self.assertEqual('...#.##..#', tile.borders['e'])
self.assertEqual('###..###..', tile.borders['s'])
self.assertEqual('.#..#####.', tile.borders['w'])
def test_find_2_monsters2(self):
inputdata=[' # # ','# ## ## #### ## ## ###',' # # # # # # # # # # # # ']
testtile=Tile(1234, inputdata)
result = testtile.find_monsters()
assert result == 2
def test_tile_flip(self):
inputdata2=['zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','zzzzzzzzzz','abcdefghij']
testtile2=Tile(3141, inputdata2, verbose=True)
testtile2.flip()
print(testtile2)