def main():
runner = None
try:
config = Config.load()
init_logging(config)
runner = Runner()
runner.open(config)
runner.run()
return 0
except KeyboardInterrupt:
# if runner is not None:
# runner.close()
return 0
except Exception as ex:
_logger.exception(ex)
# no runner.close() to signal abnomal termination!
return 1
finally:
if runner is not None:
runner.close()
def test_488():
p = Runner(88, "eval", verbose=True)
p.run("connect")
p.run("count_hole")
p.run("freq")
p.run("sort_ascending")
p.run("trim_background")
def test_58():
p = Runner(58, verbose=True)
p.run("mesh_split")
p.run("n_cell")
p.run("keep_max")
p.run("max_color")
p.run("paste_color_full")
def test_log():
with open(os.path.join(os.path.dirname(__file__), "log.txt")) as f:
flag = False
for row in f:
if row[:5] == "train":
file_kbn = list(row.split())
elif row[:4] == "eval":
file_kbn = list(row.split())
elif row[:6] == "Failed":
flag = False
elif row[:6] == "Solved":
flag = True
# print(row, file_kbn)
if flag and row[0] == "[":
op_list = eval(row.strip())
p = Runner(int(file_kbn[1]), file_kbn[0], verbose=True)
for op in op_list:
p.run(op)
ac, wa = p.eval_test(verbose=True)
if wa == 0 and file_kbn[0] == "eval":
# print(file_kbn[1], op_list)
pass
if wa > 0:
print(op_list)
print(ac, wa)
assert p.eval_distance() == 0
def test_578():
p = Runner(178, "eval", verbose=True)
p.run("trim_background")
def test_561():
p = Runner(161, "eval", verbose=True)
p.run("trim_background")
def test_555():
p = Runner(155, "eval", verbose=True)
p.run("trim_background")
def test_440():
p = Runner(40, "eval", verbose=True)
p.run("connect")
def test_134():
p = Runner(134, verbose=True)
p.run("divide")
def test_124():
p = Runner(124, verbose=True)
p.run("change_background")
def test_756():
p = Runner(356, "eval", verbose=True)
p.run("color")
def test_738():
p = Runner(338, "eval", verbose=True)
p.run("change_background")
p.run("connect4")
p.run("auto_paste_a")
def test_654():
p = Runner(254, "eval", verbose=True)
p.run("connect")
p.run("auto_keep")
def test_652():
p = Runner(252, "eval", verbose=True)
p.run("color")
p.run("auto_keep")
p.run("align")
def test_607():
p = Runner(207, "eval", verbose=True)
p.run("mesh_split")
p.run("collect_max")
def test_586():
p = Runner(186, "eval", verbose=True)
p.run("trim_background")