def test(tests, tester):
total_marks, earned_marks = 0, 0
for test in tests:
name, map_file, seed, solution = load_test(test)
total_marks += 1
try:
# Run the test
state = GameState(map_file)
random.seed(seed)
sim = Simulator(map_file, WAIT_TIME)
sim.verbose(VERBOSE)
result = tester(sim, state, solution)
earned = int(result)
print("Testing: {}\t [{}/{}]".format(name, earned, 1))
earned_marks += earned
except NotImplementedError as e:
print("Testing {}\t [{}]\t [0/1]".format(name, e))
return earned_marks, total_marks
def test(tests, tester):
total_marks, earned_marks = 0, 0
for test in tests:
name, map_file, goal_func, solution = load_test(test)
total_marks += 1
try:
# Run the test
state = GameState(map_file)
result = tester(goal_func, state, solution)
earned = int(result)
print("Testing: {}\t [{}/{}]".format(name, earned, 1))
earned_marks += earned
except NotImplementedError as e:
print("Testing {}\t [{}]\t [0/1]".format(name, e))
return earned_marks, total_marks
def test(tests, tester):
total_marks, earned_marks = 0, 0
for test in tests:
name, maps, seed, solution = load_test(test)
total_marks += 1
try:
# Run the test
random.seed(seed)
result = tester(maps, solution)
earned = int(result)
print("Testing: {}\t [{}/{}]".format(name, earned, 1))
earned_marks += earned
except NotImplementedError as e:
print("Testing {}\t [{}]\t [0/1]".format(name, e))
return earned_marks, total_marks
def test(tests, tester):
total_marks, earned_marks = 0, 0
for test in tests:
name, grid, variables, solution, pass_expected = load_test(test)
csp = TetrisCSP(grid)
total_marks += 1
try:
# Run the test
csp.initialize_variables(variables)
result = tester(csp, solution) if pass_expected else not tester(csp, solution)
earned = int(result)
print("Testing: {}\t [{}/{}]".format(name, earned, 1))
earned_marks += earned
except NotImplementedError as e:
print("Testing {}\t [{}]\t [0/1]".format(name, e))
return earned_marks, total_marks
