def test_attributes():
output = True
for p_cls in PuzzleManager.getPuzzleClasses():
attrs = ["id", "auth", "name", "desc", "date"]
for a in attrs:
if not hasattr(p_cls, a) or getattr(p_cls, a) is None:
print("%s doesn't have attr %s" % (p_cls.__name__, a))
output = False
if not output: raise Exception
def init_data():
for p_cls in PuzzleManager.getPuzzleClasses():
if data["TESTING"]:
variants = p_cls.test_variants
else:
variants = p_cls.variants
for variant in variants:
s_cls = PuzzleManager.getSolverClass(p_cls.id, variant)
puzzle = p_cls.generateStartPosition(variant)
solver = s_cls(puzzle, dir_path=data['DATABASE_DIR'])
solver.solve(verbose=True)
def test_solution_are_solved():
string = "{} puzzle with variant {} has a solution {} that is not SOLVABLE."
for p_cls in PuzzleManager.getPuzzleClasses():
for variantid in p_cls.variants:
puzzle = p_cls.generateStartPosition(variantid)
solutions = puzzle.generateSolutions()
if solutions is not None:
for sol in solutions:
assert sol.primitive(
) == PuzzleValue.SOLVABLE, string.format(
p_cls.name, variantid, sol.toString(mode="minimal"))
# Add an additional test for undo moves
def server_start():
# Check which Puzzles have been solved or not solved
for p_cls in PuzzleManager.getPuzzleClasses():
if p_cls.id not in puzzle_solved_variants:
puzzle_solved_variants[p_cls.id] = {}
variants = p_cls.variants
for variant in variants:
p_cls = PuzzleManager.getPuzzleClass(p_cls.id)
s_cls = PuzzleManager.getSolverClass(p_cls.id, variant)
puzzle = p_cls.generateStartPosition(variant)
solver = s_cls(puzzle, dir_path=app.config['DATABASE_DIR'])
if os.path.exists(solver.path):
puzzle_solved_variants[p_cls.id][variant] = solver
def database_dir(tmpdir):
global db_dir
if not db_dir is None:
return db_dir
for p_cls in PuzzleManager.getPuzzleClasses():
variants = p_cls.test_variants
if not variants:
warnings.warn(
UserWarning(
"{} does not have any test variants. It's correctness may vary."
.format(p_cls.name)))
for variant in variants:
s_cls = PuzzleManager.getSolverClass(p_cls.id, variant)
puzzle = p_cls.generateStartPosition(variant)
solver = s_cls(puzzle, dir_path=tmpdir)
solver.solve()
db_dir = tmpdir
return db_dir
def test_serialize():
for p_cls in PuzzleManager.getPuzzleClasses():
for variantid in p_cls.variants:
puzzle = p_cls.generateStartPosition(variantid)
p_str = puzzle.toString(mode="minimal")
puzzle = p_cls.fromString(p_str)