def test_should_add_object_when_object_within_bounds(self): # noqa: D102
grid = TetrisGrid(10)
# Single element at (5, 5) should fit within wall bounds
layout = Layout([Position(0, 0)])
object = TetrisPiece(layout, Position(5, 5))
grid.add_object(object)
def test_should_should_raise_conflict_exception_when_attempting_to_add_overlapping_object(
self): # noqa: D102
grid = TetrisGrid(10)
layout = Layout([Position(0, 0)])
object = TetrisPiece(layout, Position(5, 5))
grid.add_object(object)
with self.assertRaises(ElementConflictException):
grid.add_object(object)
def test_should_should_raise_out_of_bounds_exception_when_attempting_to_add_object_overlapping_wall(
self): # noqa: D102
grid = TetrisGrid(10)
# Single element at (0, 0) overlaps with floor
layout = Layout([Position(0, 0)])
object = TetrisPiece(layout, Position(0, 0))
with self.assertRaises(ElementOutOfBoundsException):
grid.add_object(object)
def test_grid_should_allow_adding_object_when_object_within_bounds(
self): # noqa: D102
grid = TetrisGrid(10)
# Single element at (5, 5) should fit within wall bounds
layout = Layout([Position(0, 0)])
object = TetrisPiece(layout, Position(5, 5))
can_add_object = grid.can_add_object(object)
self.assertTrue(can_add_object)
def main():
file_path = './data/test_1.json'
out_path = './out/'
if not os.path.exists(out_path):
os.makedirs(out_path)
with open(file_path, 'r', encoding='utf8') as fp:
description = json.load(fp)
ins_layout = Layout(description, config_dict)
image = ins_layout.render()
filename = get_file_name(file_path)
save_path = out_path + filename.replace('json', 'jpg')
cv2.imshow('canvas', image)
cv2.imwrite(save_path, image)
cv2.waitKey(0)
pass
def test_object_should_have_valid_move(self): # noqa: D102
grid = TetrisGrid(10)
layout = Layout(
[Position(0, 0),
Position(1, 0),
Position(0, 1),
Position(1, 1)])
object = TetrisPiece(layout, Position(4, 8))
has_valid_move = grid.object_has_valid_move(object)
self.assertTrue(has_valid_move)
def test_object_should_not_have_valid_move_when_already_on_floor(
self): # noqa: D102
grid = TetrisGrid(10)
layout = Layout(
[Position(0, 0),
Position(1, 0),
Position(0, 1),
Position(1, 1)])
object = TetrisPiece(layout, Position(5, 0))
has_valid_move = grid.object_has_valid_move(object)
self.assertFalse(has_valid_move)
def test_should_move_right(self): # noqa: D102
layout = Layout([
Position(0, 1),
Position(1, 0),
Position(1, 1),
])
position = Position(5, 5)
piece = TetrisPiece(layout, position)
new_piece = piece.moved(MovementType.RIGHT)
self.assertEquals(Position(5 + MOVE_UNITS, 5), new_piece.position)
self.assertEquals(Position(6 + MOVE_UNITS, 6),
new_piece.elements[2].position)
def test_should_move_down(self): # noqa: D102
layout = Layout([
Position(0, 1),
Position(1, 0),
Position(1, 1),
])
position = Position(5, 5)
piece = TetrisPiece(layout, position)
new_piece = piece.moved_down()
self.assertEquals(Position(5, 5 - MOVE_UNITS), new_piece.position)
self.assertEquals(Position(6, 6 - MOVE_UNITS),
new_piece.elements[2].position)
def test_should_rotate_anticlockwise(self): # noqa: D102
layout = Layout([
Position(0, 1),
Position(1, 0),
Position(1, 1),
])
position = Position(5, 5)
piece = TetrisPiece(layout, position)
new_piece = piece.moved(MovementType.ROTATE_ANTICLOCKWISE)
self.assertEquals(Position(5, 5), new_piece.position)
self.assertEquals(Position(4, 5), new_piece.elements[0].position)
self.assertEquals(Position(5, 6), new_piece.elements[1].position)
self.assertEquals(Position(4, 6), new_piece.elements[2].position)
def test_should_initialise_elements_in_positions_according_to_layout(
self): # noqa: D102
layout = Layout([
# Absolute position = (5, 6)
Position(0, 1),
# Absolute position = (6, 5)
Position(1, 0),
# Absolute position = (6, 6)
Position(1, 1),
])
position = Position(5, 5)
piece = TetrisPiece(layout, position)
self.assertEquals(3, len(piece.elements))
self.assertEquals(Position(5, 6), piece.elements[0].position)
self.assertEquals(Position(6, 5), piece.elements[1].position)
self.assertEquals(Position(6, 6), piece.elements[2].position)
storage = Storage.connect(
dbname=cfg.PG_NAME,
user=cfg.PG_USER,
password=cfg.PG_PASS,
host=cfg.PG_HOST,
port=cfg.PG_PORT)
posts = storage.get_posts()
groups = storage.get_groups()
entities = storage.get_entities()
posts_df = TextProcessor.parse_posts(posts)
groups_df = TextProcessor.parse_groups(groups)
entities_df = TextProcessor.parse_entities(entities)
layout = Layout(groups=list(groups_df['name'].values), data_update_interval=cfg.DATA_UPDATING_INTERVAL)
app.layout = html.Div([
layout.Navbar,
dbc.Row([
dbc.Col([
layout.GroupCard,
layout.NewsCard
],
md=2),
dbc.Col(layout.GroupStatPlots,
md=5,
style={
# 'margin-left': '1vh',
'margin-top': '1vh'
}