def make_executable_Java ():
if not util.file_exists("solution.java"):
raise Exception("solution.java does not exist")
util.del_file("Main.java")
util.system("javac solution.java")
if not util.file_exists("Main.class"):
raise Exception("error in Java compilation")
def load(cls):
if not file_exists(_base_path):
os.mkdir(_base_path)
path=cls._config_path()
if file_exists(path):
return cls.from_file(path)
s=cls()
s.save()
return s
def record(self, file):
'''Record this script file as executed. Or you can pass a list of file names'''
if type(file) is list:
for f in file:
if not file_exists(f):
raise InvalidPathException('File ' + file + ' does not exist.')
self._writer.record(f)
else:
if not file_exists(file):
raise InvalidPathException('File ' + file + ' does not exist.')
self._writer.record(file)
def test_file_exists(self):
self.assertRaises(TypeError, util.file_exists, self.ione)
self.assertRaises(TypeError, util.file_exists, self.fone)
self.assertRaises(TypeError, util.file_exists, self.btrue)
self.assertRaises(TypeError, util.file_exists, self.tsimple)
self.assertRaises(TypeError, util.file_exists, self.lsimple)
self.assertFalse( util.file_exists("temp") )
f = open("temp","w")
f.write("")
f.close()
self.assertTrue( util.file_exists("temp") )
self.delete_file("temp")
def make_executable_C ():
handler = util.read_yml("handler.yml")
if handler["handler"] != "std":
raise Exception("unknown handler")
if not util.file_exists("solution.c"):
raise Exception("solution.c does not exist")
util.del_file("solution.exe")
util.system("%s %s solution.c -o solution.exe" % (cc, ccflags))
if not util.file_exists("solution.exe"):
raise Exception("error in C compilation")
def make_executable_GHC ():
handler = util.read_yml("handler.yml")
if handler["handler"] != "std":
raise Exception("unknown handler")
if not util.file_exists("solution.hs"):
raise Exception("solution.hs does not exist")
util.del_file("solution.exe")
util.system("ghc solution.hs -o solution.exe")
if not util.file_exists("solution.exe"):
raise Exception("error in GHC compilation")
def make_executable ():
"""Compiles the solution in thw cwd."""
if not util.file_exists("handler.yml"):
raise Exception("handler.yml does not exist")
handler = util.read_yml("handler.yml")
if handler.get('compilers', '') == 'PRO2':
make_executable_PRO2()
elif handler.get('compilers', '') == 'MakePRO2':
make_executable_MakePRO2()
elif handler.get('compilers', '') == 'RunHaskell':
make_executable_Haskell()
elif handler.get('compilers', '') == 'RunPython':
make_executable_RunPython()
elif handler.get('solution', '') == 'GHC':
make_executable_GHC()
elif handler.get('solution', '') == 'Python3':
make_executable_Python3()
elif handler.get('solution', '') == 'Java':
make_executable_Java()
elif handler.get('solution', '') == 'C':
make_executable_C()
elif handler.get('solution', '') == 'C++':
make_executable_CPP()
else:
make_executable_CPP()
def __init__(self, filename="", json_fields=None):
if json_fields is not None:
self.__validate_json_contents(json_fields)
elif util.file_exists(filename):
self.__parse_config(filename)
else:
raise error.FileDoesNotExistException(filename)
def calc_vsm_perform(similarity_func=calc_inner_product):
if similarity_func.__name__ not in [
calc_cosine.__name__, calc_inner_product.__name__,
calc_jaccard.__name__
]:
print('错误的输入相似度计算函数...')
return
print('正在加载训练集的预处理文件...')
if file_exists(preprocess_path):
res_lst = read_json(preprocess_path) # 加载训练集初步处理后的文件
else:
res_lst = read_json(train_path) # 加载训练集源文件
for question in res_lst:
question['question'] = seg_line(question['question'])
write_json(preprocess_path, res_lst)
print('正在计算相似度...')
res = {}
for item in res_lst:
q_words, pid = {}, item['pid']
for word in item['question']:
q_words[word] = q_words.get(word, 0) + 1
query_dic = {
word: idf.get(word, 0) * (1 + log(tf, 10))
for word, tf in q_words.items()
}
pred_pid = similarity_func(query_dic)[0][0]
res[item['qid']] = int(pred_pid) == pid
print('进度: %.2f%%' % (len(res) / len(res_lst) * 100))
return len(list(filter(lambda val: res[val], res))) / len(res)
def vsm_init(): # 从JSON文件中加载权重矩阵；若文件不存在，则重新初始化矩阵，并写入JSON文件，
global weight, idf
if file_exists(model_path):
model = load(model_path)
weight, idf = model['weight'], model['idf']
else:
res_dic = load_seg_passages()
for pid, passage in res_dic.items():
passage_words, weight[pid] = [
word for word_lst in passage for word in word_lst
], {}
for word in passage_words: # 计算每一个篇章中每一个词项的tf，结果保存在weight中
if word not in weight[pid]:
weight[pid][word] = 0
idf[word] = idf[
word] + 1 if word in idf else 1 # 计算每一个词项的df，保存在words中
weight[pid][word] += 1
for word, df in idf.items(): # 计算log(N/df)
idf[word] = log(len(res_dic) / df, 10)
for pid in weight: # 计算权重矩阵
for word, tf in weight[pid].items(): # 遍历每一个词项
weight[pid][word] = (1 + log(tf, 10)) * idf[word]
dump({'weight': weight, 'idf': idf}, model_path, compress=3)
def get_children_subtrees(self):
self.queued.append(self.root)
children = 0
while children < len(self.queued):
subgenre = self.queued[children]
if not file_exists(RAW_DATA_PATH + subgenre + ".json"):
wait = uniform(5.0, 10)
print("Waiting", str(wait) + "s")
sleep(wait)
if subgenre not in self.parsed:
subtree = WikiSubtree(endpoint=subgenre)
subtree.generate_subtree()
grand_children = list(
set(subtree.get_subtree()["children"]) - set(self.queued))
if not grand_children:
self.failed.add(subgenre)
self.queued.extend(grand_children)
# self.queued = list(set(self.queued) - self.failed)
self.parsed.add(subgenre)
children += 1
print("Current queue")
pprint(self.queued[children:])
print("Processing child:", children, "of queue length:",
len(self.queued))
print()
def __init__(self, filename="", json_fields=None):
if json_fields is not None:
self.__validate_json_contents(json_fields)
elif util.file_exists(filename):
self.__parse_config(filename)
else:
raise error.FileDoesNotExistException(filename)
def _resolve_header(fname, ipaths):
"""_resolve_header resolves absolute file location"""
for p in ipaths:
hfile = util.file_exists(p, fname, 'defs')
if hfile:
return hfile
return None
def tf_idf_init(x_train):
if file_exists(tf_idf_path):
return joblib.load(tf_idf_path)
else:
tf_idf_vec = TfidfVectorizer(token_pattern=r"(?u)\b\w+\b")
tf_idf_vec.fit_transform(x_train)
joblib.dump(tf_idf_vec, tf_idf_path)
return tf_idf_vec
def make_executable_Haskell ():
if not util.file_exists("solution.hs"):
raise Exception("solution.hs does not exist")
util.del_file("work")
util.del_file("work.hi")
util.del_file("work.o")
util.copy_file("solution.hs", "work.hs")
f = open("work.hs", "a")
print >>f, """main = do print "OK" """
f.close()
util.system("ghc -O3 work.hs")
if not util.file_exists("work"):
raise Exception("error in haskell compilation")
util.del_file("work")
util.del_file("work.hi")
util.del_file("work.o")
def make_recursive_2 ():
sys.stdout.flush()
if util.file_exists("handler.yml"):
print "------------------------------------------"
print os.getcwd()
print "------------------------------------------"
if util.file_exists("solution.cc") or util.file_exists("solution.hs"):
try:
if 1:
make_executable()
make_corrects()
make_prints()
except Exception, e:
print("\a")
print(e)
errors.append((e, os.getcwd()))
def diff(self, file):
path = self._record_path(file)
if not file_exists(path):
return HistoryManager.NEW
proc = subp.Popen(['diff', file, path], stdout=subp.PIPE)
diff = proc.communicate()[0]
if diff:
return diff
else:
return HistoryManager.NO_DIFF
def diff(self, file):
'''Returns a tuple (status, diff), where status NEW, NO_DIFF
or the results of a 'diff' command if the file have changed.'''
if not file_exists(file):
raise InvalidPathException('File ' + file + ' does not exist.')
diff = self._writer.diff(file)
if diff == HistoryManager.NEW or diff == HistoryManager.NO_DIFF:
return (diff, None)
else:
return (HistoryManager.DIFF, diff)
def make_executable_PRO2 ():
util.del_file("solution.exe")
util.del_dir('compilation')
os.mkdir('compilation')
if util.file_exists("solution.cc"):
util.system('cp solution.cc compilation/program.cc')
elif util.file_exists("solution.hh"):
util.system('cp solution.hh compilation/program.hh')
else:
print "There is no solution.cc nor solution.hh"
util.system('cp public/* compilation')
util.system('cp private/* compilation')
os.chdir('compilation')
util.system("%s %s *.cc -o ../solution.exe" % (cxx, cxxflags))
os.chdir('..')
util.del_dir('compilation')
if not util.file_exists("solution.exe"):
raise Exception("solution.exe not created")
util.system("(cd public && tar cf ../public.tar *)")
util.system("(cd private && tar cf ../private.tar *)")
def __parse_template_file(self, template_file):
"""
Parses the template file if it exists, this is just a helper method
for error checking. If the file exists, the contents of the file is
stored into an instance variable
:param template_file: the path to the template file of interest
"""
if util.file_exists(template_file):
self.template_contents = util.read_file_str(template_file)
else:
raise error.FileDoesNotExistException(template_file)
def __parse_template_file(self, template_file):
"""
Parses the template file if it exists, this is just a helper method
for error checking. If the file exists, the contents of the file is
stored into an instance variable
:param template_file: the path to the template file of interest
"""
if util.file_exists(template_file):
self.template_contents = util.read_file_str(template_file)
else:
raise error.FileDoesNotExistException(template_file)
def load_train_dev(dev=0.1,
update=False): # 生成训练集和验证集，并将其按照rank-svm数据格式要求写入到文件中
if file_exists(train_feature_path) and file_exists(
dev_feature_path) and not update:
return
else:
seg_passages, res_lst, feature_lst = load_seg_passages(), read_json(
train_path), []
for item in res_lst: # 遍历train.json文件中的每一行query信息
qid, pid, q_words, ans_words_lst, features = item['qid'], item['pid'], seg_line(item['question']), \
[seg_line(line) for line in item['answer_sentence']], []
tf_idf_vec = TfidfVectorizer(token_pattern=r"(?u)\b\w+\b")
tf_idf_vec.fit_transform(' '.join(word_lst)
for word_lst in seg_passages[str(pid)])
for word_lst in seg_passages[str(pid)]:
value = 3 if word_lst in ans_words_lst else 0 # 排序用的值 todo
feature = ' '.join(get_features(q_words, word_lst, tf_idf_vec))
features.append('%d qid:%d %s' % (value, qid, feature))
feature_lst.append(features)
feature_lst.sort(
key=lambda lst: int(lst[0].split()[1].split(':')[1])) # 按照qid排序
dev_num = int(dev * len(feature_lst))
train_features, test_features = feature_lst[:-dev_num], feature_lst[
-dev_num:]
# 导出训练集和测试集
with open(train_feature_path, 'w',
encoding='utf-8') as f1, open(dev_feature_path,
'w',
encoding='utf-8') as f2:
f1.write('\n'.join([
feature for feature_lst in train_features
for feature in feature_lst
]))
f2.write('\n'.join([
feature for feature_lst in test_features
for feature in feature_lst
]))
return train_features, test_features
def verify_program (program):
"""Verify that program compiles and gets AC for each test."""
# This implementation is not yet very functional, but works well in basic cases
# compile
program = os.path.splitext(program)[0]
if not util.file_exists(program+".cc"):
raise Exception("%s.cc does not exist" % program)
if not util.file_exists("handler.yml"):
raise Exception("handler.yml does not exist")
handler = util.read_yml("handler.yml")
if handler["handler"] != "std":
raise Exception("unknown handler")
util.del_file(program+".exe")
if util.file_exists("main.cc"):
raise Exception("not implemented yet")
if handler["source_modifier"] == "structs":
util.system("cat solution.cc main.cc > temporal.cc ; %s %s temporal.cc -o solution.exe ; rm temporal.cc" % (cxx, cxxflags))
else:
util.system("%s %s solution.cc main.cc -o solution.exe" % (cxx, cxxflags))
else:
if util.file_exists("solution.fallback"):
raise Exception("not implemented yet")
util.system("%s %s solution.cc -o solution.exe" % (cxx, cxxflags_fallback))
else:
util.system("%s %s %s.cc -o %s.exe" % (cxx, cxxflags, program, program))
if not util.file_exists(program+".exe"):
raise Exception(program+".exe not created")
# execute on tests
tests = sorted(glob.glob("*.inp"))
for test in tests:
test = os.path.splitext(test)[0]
os.system("./%s.exe < %s.inp > %s.out" % (program, test, test))
r = subprocess.call(["cmp", test+".out", test+".cor"])
if r: msg = "WA"
else: msg = "OK"
print "%s:\t\t%s" % (test, msg)
def make_executable_MakePRO2 ():
if not util.file_exists("solution"):
raise Exception("There is no solution directory")
if not util.file_exists("public"):
raise Exception("There is no public directory")
if not util.file_exists("private"):
raise Exception("There is no private directory")
util.del_file("solution.exe")
util.del_dir('compilation')
os.mkdir('compilation')
util.system('cp solution/* public/* private/* compilation')
os.chdir('compilation')
util.system("make")
util.system('cp program.exe ../solution.exe')
os.chdir('..')
util.del_dir('compilation')
if not util.file_exists("solution.exe"):
raise Exception("solution.exe not created")
util.system("(cd public && tar cf ../public.tar *)")
util.system("(cd private && tar cf ../private.tar *)")
util.system("(cd solution && tar cf ../solution.tar *)")
def load_model(update=False):
if file_exists(model_path) and not update:
return
else:
print('*' * 100 + '\n正在构造训练集和开发集特征文件...')
load_train_dev(update=update)
print('构造训练集和开发集特征文件完成...\n' + '*' * 100 +
'\n开始训练svm-rank模型并对验证集进行预测...')
exe_rank_svm()
print('预测完成\n' + '*' * 100)
right_predict, num = evaluate()
print('验证集正确答案数目：{}；总数：{}；准确率：{}%'.format(right_predict, num,
(right_predict / num) * 100))
def __init__(self, endpoint):
self.endpoint = endpoint
self.file_path = RAW_DATA_PATH + self.endpoint + ".json"
self.raw_subtree = {key: [] for key in RAW_CATEGORIES}
self.exists = False
if not file_exists(self.file_path):
self.html = send_request(BASE_URL + self.endpoint, HEADERS)
self.subtree = {}
else:
print(self.endpoint, "exists")
self.exists = True
self.subtree = read_json(self.file_path)
def make_executable_CPP ():
handler = util.read_yml("handler.yml")
if handler["handler"] != "std":
raise Exception("unknown handler")
if not util.file_exists("solution.cc"):
raise Exception("solution.cc does not exist")
util.del_file("solution.exe")
if util.file_exists("main.cc"):
if handler["source_modifier"] == "structs":
util.system("cat solution.cc main.cc > temporal.cc ; %s %s temporal.cc -o solution.exe ; rm temporal.cc" % (cxx, cxxflags))
else:
util.system("%s %s solution.cc main.cc -o solution.exe" % (cxx, cxxflags))
else:
if util.file_exists("solution.fallback"):
util.system("%s %s solution.cc -o solution.exe" % (cxx, cxxflags_fallback))
else:
util.system("%s %s solution.cc -o solution.exe" % (cxx, cxxflags))
if not util.file_exists("solution.exe"):
raise Exception("error in C++ compilation")
def handle(event: dict, context: dict) -> dict:
print(f"Received event: {json.dumps(event)}")
bucket_name = getenv("BUCKET")
file_name = event["body"] if "body" in event else "-missing-"
found = "" if file_exists(bucket_name, file_name) else "NOT "
return {
"statusCode":
200,
"body":
json.dumps(f"File {file_name} has {found}been found in {bucket_name}!")
}
def lr_init(x_train,
y_train): # solver选用默认的lbfgs, multi_class选用多分类问题中的multinomial
if file_exists(lr_model_path):
return joblib.load(lr_model_path)
else:
print('正在通过网格搜索获取最佳模型参数...')
lr = LogisticRegression(max_iter=400, n_jobs=-1)
param_grid = [{
'C': [1, 5, 10, 50, 100, 500, 1000, 5000, 10000, 50000, 100000]
}]
grid_search = GridSearchCV(lr, param_grid, cv=3,
n_jobs=-1).fit(x_train, y_train)
joblib.dump(grid_search.best_estimator_, lr_model_path,
compress=3) # 导出模型
print('合理的超参数为', grid_search.best_params_)
return grid_search.best_estimator_
def __validate_json_contents(self, contents):
"""
Validates the contents of the json file passed in as config. Ensures
that there is a questions layout that is passed in.
:param contents: the json contents to be validated
"""
if FIELDS in contents:
self._fields = contents[FIELDS]
else:
self._fields = None
if QUESTIONS in contents or util.file_exists(contents[QUESTIONS]):
self._question_layout_file = contents[QUESTIONS]
else:
raise error.MissingQuestionLayoutFile(contents[QUESTIONS])
def __validate_json_contents(self, contents):
"""
Validates the contents of the json file passed in as config. Ensures
that there is a questions layout that is passed in.
:param contents: the json contents to be validated
"""
if FIELDS in contents:
self._fields = contents[FIELDS]
else:
self._fields = None
if QUESTIONS in contents or util.file_exists(contents[QUESTIONS]):
self._question_layout_file = contents[QUESTIONS]
else:
raise error.MissingQuestionLayoutFile(contents[QUESTIONS])
def diff_all(self, files):
''' Returns a dictionary with lists.
{'NEW': ['file1.txt'],
'DIFF': [('file2.txt', 'the diff results')],
'NO_DIFF': ['file3.txt', 'file4.txt']}'''
result = {HistoryManager.NEW: [],
HistoryManager.DIFF: [],
HistoryManager.NO_DIFF: []}
for file in files:
if not file_exists(file):
raise InvalidPathException('File ' + file + ' does not exist.')
diff = self._writer.diff(file)
if diff == HistoryManager.NEW:
result[HistoryManager.NEW].append(file)
elif diff == HistoryManager.NO_DIFF:
result[HistoryManager.NO_DIFF].append(file)
else:
result[HistoryManager.DIFF].append((file, diff))
return result
def load_session(cls, session_expire=20):
file_name = Session.fn_session
# If the file exists and was modified less than <session_expire> minutes ago
if util.file_exists(file_name) and util.get_modified_ago(
file_name).in_minutes() <= session_expire:
print("Attempting to load session...")
with open(file_name, 'rb') as pf:
session = pickle.load(pf)
session.logged_in_from_cache = True
else:
print("Attempting to create session...")
session = Session()
print("Attempting to login...")
session() # execute __call__() function to login
session.logged_in_from_cache = False
return session
def main(argv):
'''Where magick happens.'''
args = parse_args(argv[1:])
setup_logging(args.logfile, args.log_level)
log('\n### SQL_USER.PY: dbname=' + args.database + ' user='******' sqlfile=' + args.sql_file + ' host=' + args.host + ' ###')
#log('### Arguments: ' + ' '.join(argv[1:]))
# make sure main file exists
if not util.file_exists(args.sql_file):
log('ERROR: The file ' + args.sql_file + ' does not exist. Exiting.', logging.ERROR)
sys.exit(EXIT_FAIL)
# make sure all subscripts exist
try:
subs = util.find_subscripts(args.sql_file, args.dbms)
except IOError, e:
log('ERROR: One of the subscripts does not exist. Opening it threw and exception: ', logging.ERROR)
log(e, logging.ERROR)
sys.exit(EXIT_FAIL)
def make_corrects_RunHaskell ():
for f in glob.glob("*.cor"):
util.del_file(f)
inps = sorted(glob.glob("*.inp"))
for inp in inps:
tst = os.path.splitext(inp)[0]
util.copy_file("solution.hs", "work.hs")
if util.file_exists("judge.hs"):
os.system("cat judge.hs >> work.hs")
f = open("work.hs", "a")
print >>f, "main = do"
for line in open(tst+".inp").readlines():
line = line.rstrip()
if line.startswith("let "):
print >>f, " %s" % line
# elif line.startswith("deb "):
# print >>f, ' hPutStrLn stderr "%s"' % line
else:
print >>f, " print (%s)" % line
f.close()
util.system("runhaskell work.hs >%s.cor" % (tst, ))
def load_test_data(update=False):
if file_exists(test_feature_path) and not update:
pass
else:
seg_passages, res_lst, feature_lst = load_seg_passages(), read_json(
test_path), []
for item in res_lst: # 遍历文件中的每一行query信息
qid, pid, q_words, features = item['qid'], item['pid'], item[
'question'], []
tf_idf_vec = TfidfVectorizer(token_pattern=r"(?u)\b\w+\b")
tf_idf_vec.fit_transform(' '.join(word_lst)
for word_lst in seg_passages[str(pid)])
for word_lst in seg_passages[str(pid)]:
feature = ' '.join(get_features(q_words, word_lst, tf_idf_vec))
features.append('0 qid:%d %s' % (qid, feature))
feature_lst.append(features)
feature_lst.sort(
key=lambda lst: int(lst[0].split()[1].split(':')[1])) # 按照qid排序
with open(test_feature_path, 'w', encoding='utf-8') as f:
f.write('\n'.join(
[feature for features in feature_lst for feature in features]))
def test_run(args):
errors = False
for handler in logging.getLogger('console').handlers:
handler.setLevel(logging.DEBUG)
log('## Doing a test run. ##')
if not util.file_exists(args.sql_file):
errors = True
log('ERROR: SQL script file ' + args.sql_file + ' does not exist.', logging.ERROR)
log('Exiting...')
sys.exit(EXIT_FAIL)
else:
log('Found script file ' + args.sql_file)
# make sure all subscripts exist
log('## Looking for subscripts')
try:
subs = util.find_subscripts(args.sql_file, args.dbms)
except IOError, e:
errors = True
log('ERROR: One of the subscripts does not exist. Opening it threw and exception: ', logging.ERROR)
log(e, logging.ERROR)
sys.exit(EXIT_FAIL)
def make_corrects ():
"""Makes all correct files in the cwd."""
make_executable()
handler = util.read_yml("handler.yml")
if handler.get('compilers', '') == 'RunHaskell':
make_corrects_RunHaskell()
elif handler.get('compilers', '') == 'RunPython':
make_corrects_RunPython()
elif handler.get('solution', '') == 'Python3':
make_corrects_Python3()
elif handler.get('solution', '') == 'Java':
make_corrects_Java()
else:
if not util.file_exists("solution.exe"):
raise Exception("solution.exe does not exist")
for f in glob.glob("*.cor"):
util.del_file(f)
inps = sorted(glob.glob("*.inp"))
for inp in inps:
tst = os.path.splitext(inp)[0]
util.system("./solution.exe < %s.inp > %s.cor" % (tst, tst))
def __init__(self):
if file_exists("temp/logfile.txt"):
shutil.copyfile("temp/logfile.txt", "temp/logfile_old.txt")
self.terminal = sys.stdout
self.log = open("temp/logfile.txt", "w")
def __init__(self, expense_file):
self.expenses_file = expense_file
self.expenses = []
if util.file_exists(self.expenses_file):
self.expenses = util.read_from_json(self.expenses_file)
from util import file_exists, create_dirs
class Logger():
def __init__(self):
if file_exists("temp/logfile.txt"):
shutil.copyfile("temp/logfile.txt", "temp/logfile_old.txt")
self.terminal = sys.stdout
self.log = open("temp/logfile.txt", "w")
def write(self, message):
self.terminal.write(message)
if not "\r" in message:
self.log.write(message)
self.log.flush()
if __name__ == '__main__':
if file_exists("mem/data_temp"):
print("Danger: corrupted data file!")
else:
#Create directories
create_dirs("mem/backup/")
create_dirs("mem/important/")
create_dirs("temp/")
#Logging
sys.stdout = Logger()
#Check Python version
print("Using Python version " +\
str(sys.version_info.major) + "." +\
str(sys.version_info.minor) + "." +\
str(sys.version_info.micro) + " " +\
sys.version_info.releaselevel + " " +\
str(int(round(log(sys.maxint * 2 + 2, 2)))) + "bit")
def __init__(self):
if file_exists("temp/logfile.txt"):
shutil.copyfile("temp/logfile.txt", "temp/logfile_old.txt")
self.terminal = sys.stdout
self.log = open("temp/logfile.txt", "w")
f2 = f.replace('lent', 'slow')
util.move_file(f, f2)
for f in glob.glob('*rapid*'):
f2 = f.replace('rapid', 'fast')
util.move_file(f, f2)
for f in glob.glob('*exemple*'):
f2 = f.replace('exemple', 'sample')
util.move_file(f, f2)
for f in glob.glob('*buit*'):
f2 = f.replace('buit', 'empty')
util.move_file(f, f2)
if util.file_exists('enunciat.tex'):
util.move_file('enunciat.tex', 'problem.es.tex')
if util.file_exists('*entrades*'):
util.move_file('entrades', 'inputs')
if util.file_exists('*entrada*'):
util.move_file('entrada', 'input')
if util.file_exists('puntets.txt'):
util.move_file('puntets.txt', 'scores.yml')
print " !!! AFEGEIX ELS sample-*/CANVIA ELS prova-* AL FITXER scores.yml !!!"
util.del_file('a.out')
for f in glob.glob('*.exe'):
util.del_file(f)
def make_prints_3 (lang, ori):
ori = os.path.realpath(ori)
dat = util.current_time()
usr = util.get_username()
hst = util.get_hostname()
src = "%s@%s:%s" % (usr, hst, ori)
sample2 = ""
sample1 = ""
tsts = sorted(glob.glob("*sample*.inp"))
i = 0
for j in tsts:
i += 1
jj = os.path.splitext(j)[0]
if len(tsts)==1: num = ""
else: num = str(i)
sample2 += r"\SampleTwoColInputOutput{%s}{%s}" % (jj,num)
sample1 += r"\SampleOneColInputOutput{%s}{%s}" % (jj,num)
scores = ""
if util.file_exists("scores.yml"):
scores = "scores.yml: \\verbatimtabinput{scores.yml}"
t = r"""
\documentclass[11pt]{article}
\usepackage{vanilla}
\usepackage{vanilla.%s}
\lstMakeShortInline@
\begin{document}
\newcommand{\SampleTwoCol}{%s}
\newcommand{\SampleOneCol}{%s}
\DoProblem{%s}
\subsection*{Metadata}
\begin{verbatim}
language: %s
source: %s
generation-time: %s\end{verbatim}
problem.%s.yml: \verbatimtabinput{problem.%s.yml}
handler.yml: \verbatimtabinput{handler.yml}
%s
\end{document}
""" % (lang, sample2, sample1, lang, lang, src, dat, lang, lang, scores)
util.write_file("main.tex", t)
print "latex"
r = os.system("latex -interaction scrollmode main > main.err")
#r = os.system("latex main")
if r != 0:
os.system('cat main.err')
raise Exception("latex error")
print "dvips"
r = os.system("dvips main -o 1> /dev/null 2>/dev/null")
if r != 0: raise Exception("dvips error")
print "ps2pdf"
r = os.system("ps2pdf main.ps main.pdf 1> /dev/null 2>/dev/null")
if r != 0: raise Exception("ps2pdf error")
os.system("mv main.ps %s/problem.%s.ps " % (ori, lang))
os.system("mv main.pdf %s/problem.%s.pdf" % (ori, lang))
def resolve_hdr_file(fname):
for p in self.bundle.inc_paths:
hfile = util.file_exists(p, fname, 'defs')
if hfile:
return hfile
return None
class Logger():
def __init__(self):
if file_exists("temp/logfile.txt"):
shutil.copyfile("temp/logfile.txt", "temp/logfile_old.txt")
self.terminal = sys.stdout
self.log = open("temp/logfile.txt", "w")
def write(self, message):
self.terminal.write(message)
if not "\r" in message:
self.log.write(message)
self.log.flush()
if __name__ == '__main__':
if file_exists("mem/data_temp"):
print("Danger: corrupted data file!")
else:
#Create directories
create_dirs("mem/backup/")
create_dirs("mem/important/")
create_dirs("temp/")
#Logging
sys.stdout = Logger()
#Check Python version
print("Using Python version " +\
str(sys.version_info.major) + "." +\
str(sys.version_info.minor) + "." +\
str(sys.version_info.micro) + " " +\
sys.version_info.releaselevel + " " +\
str(int(round(log(sys.maxint * 2 + 2, 2)))) + "bit")
import util
def first(input_path: str):
with open(input_path) as file:
lines = file.read().splitlines()
numbers = [int(i) for i in lines]
for idx, i in enumerate(numbers[:-1]):
for _, j in enumerate(numbers[idx + 1:]):
if i + j == 2020:
print(f'The answer is: {i * j}')
def second(input_path: str):
with open(input_path) as file:
lines = file.read().splitlines()
numbers = [int(i) for i in lines]
for idx, i in enumerate(numbers[:-2]):
for idy, j in enumerate(numbers[idx + 1:-1]):
for idz, k in enumerate(numbers[idy + 1:]):
if i + j + k == 2020:
print(f'The answer is: {i * j * k}. {idx} {idy} {idz}')
if __name__ == '__main__':
path = util.get_input_path(__file__)
if util.file_exists(path):
first(path)
if util.file_exists(path):
second(path)
def make_executable_Python3 ():
if not util.file_exists("solution.py"):
raise Exception("solution.py does not exist")
def record(self, file):
dest = self._record_path(file)
path = os.path.split(dest)[0]
if not file_exists(path):
os.makedirs(path)
os.system('cp ' + file + ' ' + dest)
