def test_translate_empty_rack(): orig_rack = '0:G 1:B' rack_player, rack_opponent = tu.translate_rack(orig_rack) assert rack_player == [] assert rack_opponent == []
def test_translate_rack(): orig_rack = '0:G 47 25 5 3 46 19 1:B 36 31 6 11 40 48' rack_player, rack_opponent = tu.translate_rack(orig_rack) assert rack_player == [47, 25, 5, 3, 46, 19] assert rack_opponent == [36, 31, 6, 11, 40, 48]
def test_translate_partial_racks(): orig_rack = '0:G 47 25 5 3 1:B 36 ' rack_player, rack_opponent = tu.translate_rack(orig_rack) assert rack_player == [47, 25, 5, 3] assert rack_opponent == [36]
tiles = {}
for i, tile in enumerate(all_tiles):
thistile = tu.Tile(tile, 0, all_tiles[tile], 'stack')
tiles[thistile.ID] = thistile
del all_tiles
# boardstring comes from example in Oliver's pdf, Fig 4.1 THESE TWO COME FROM THE TANTRIX SERVER
orig_boardstring = '7@28,18 0 8@25,17 5 15@27,17 3 17@29,15 3 18@28,14 0 20@28,16 3 32@25,15 2 34@27,15 0 35@26,16 2 52@24,16 3'
orig_rack = '0:G 47 25 5 3 46 19 1:B 36 31 6 11 40 48'
board = tu.translate_board(orig_boardstring)
rack_player, rack_opponent = tu.translate_rack(orig_rack)
# Due to this board thing, update the tiles:
for i, tile in enumerate(board[0]):
# The rotate updates colors and position
tiles[tile].rotate(board[2][i])
tiles[tile].place = 'board'
tiles[tile].coords = board[1][i]
for tile in rack_player:
tiles[tile].place = 'rack_player'
for tile in rack_opponent:
tiles[tile].place = 'rack_opponent'
#print coords_in_dir([27,15],0)
#print coords_in_dir([27,15],0, tilenr=True)
