def main():
global _array, _deleted
_array = {}
_deleted = set()
user.init()
# generate_pairs("input.txt", 100000)
readData("input.txt")
test_num = 10000
error = 0
for i in range(test_num):
case = randint(0, 2)
res = True
if case == 0:
res = delete()
elif case == 1:
res = checkFind()
elif case == 2:
res = checkFindDeleted()
if not res:
error += 1
def main():
global _book_catalog, _author_lst, _deleted
_book_catalog = {}
_author_lst = []
_deleted = set()
user.init()
readData("data/library.txt")
generate_invalid(500)
test_num = 100000
error = 0
for i in range(test_num):
case = randint(0, 4)
res = True
if case == 0:
res = _delete()
elif case == 1:
res = checkFind()
elif case == 2:
res = checkFindDeleted()
elif case == 3:
res = checkFindAuthor()
elif case == 4:
res = restoreDeleted()
if not res:
print((case, i))
error += 1
def readGraph(input_file):
global edges_dict, way, dist, start, end
with open(input_file) as in_file:
vertices, edges = map(int, in_file.readline().split())
start, end = map(int, in_file.readline().split())
user.init(vertices, edges)
for e in range(edges):
frm, to, weight = map(int, in_file.readline().split())
edges_dict[(frm, to)] = weight
user.addEdge(frm, to, weight)
way = in_file.readline().rstrip()
try:
way = list(map(int, way.split()))
except ValueError:
way = WAY_NOT_EXIST
dist = in_file.readline().rstrip()
try:
dist = int(dist)
except ValueError:
dist = INF
def main():
global _book_catalog, _author_lst, _deleted
_book_catalog = {}
_author_lst = []
_deleted = set()
user.init()
readData("data/library.txt")
generate_invalid(500)
test_num = 100000
error = 0
step_show = test_num / 100
j = 0
print("[", end="")
for i in range(test_num):
case = randint(0, 4)
res = True
if case == 0:
res = _delete()
elif case == 1:
res = checkFind()
elif case == 2:
res = checkFindDeleted()
elif case == 3:
res = checkFindAuthor()
elif case == 4:
res = restoreDeleted()
error += 0 if res else 1
j += 1
if j > step_show:
j = 0
print(".", end="")
def main():
global _array, _deleted
_array = {}
_deleted = set()
user.init()
# generate_pairs("input.txt", 100000)
readData("input.txt")
test_num = 10000
error = 0
step_show = test_num / 100
j = 0
print("[", end="")
for i in range(test_num):
case = randint(0, 3)
res = True
if case == 0:
res = delete()
elif case == 1:
res = checkFind()
elif case == 2:
res = checkFindDeleted()
elif case <= 3:
res = checkRestoreDeleted()
error += 0 if res else 1
j += 1
if j > step_show:
j = 0
print(".", end="")
import user, ATM
user.init(
"d:/#full_stack/fullstack_python/Python/08ATM&SHOPING/shoping_user.json")
def join():
return user.join({'shoping_bus': [], 'atm_card': 0})
def login(func):
def _login(*info):
ret = user.login()
if ret == False:
if input('is join a new user? y/n') in ['y', 'Y']:
if join() == True:
_login(*info)
return False
else:
_login(*info)
func(*info)
return True
return _login
@login
def logout():
return user.logout()
@login
def main(input_file):
_lst = []
error = 0
test_num = 0
user.init()
_cur = -1
with open(input_file) as f_in:
for line in f_in:
pair = line.strip().split()
if len(pair) != 1 and len(pair) != 2:
continue
key = pair[0]
item = 0
if len(pair) == 2:
item = int(pair[1])
if key == "empty":
test_num += 1
out_empty = user.empty()
lst_empty = len(_lst) == 0
if out_empty != lst_empty:
error += 1
elif key == "set_first":
if len(_lst) == 0:
continue
_cur = 0
user.set_first()
elif key == "set_last":
if len(_lst) == 0:
continue
_cur = len(_lst) - 1
user.set_last()
elif key == "next":
test_num += 1
if len(_lst) == 0:
try:
user.next()
except StopIteration:
pass
else:
error += 1
continue
if _cur == len(_lst) - 1:
try:
user.next()
error += 1
except StopIteration:
pass
continue
_cur += 1
try:
user.next()
except StopIteration:
error += 1
elif key == "prev":
test_num += 1
if len(_lst) == 0:
try:
user.prev()
except StopIteration:
pass
else:
error += 1
continue
if _cur == 0:
try:
user.prev()
error += 1
except StopIteration:
pass
continue
_cur -= 1
try:
user.prev()
except StopIteration:
error += 1
elif key == "current":
if len(_lst) == 0:
continue
test_num += 1
out_current = user.current()
lst_current = _lst[_cur]
if out_current != lst_current:
error += 1
elif key == "insert_after":
_lst.insert(_cur + 1, item)
user.insert_after(item)
if len(_lst) == 1:
_cur = 0
elif key == "insert_before":
_lst.insert(_cur, item)
user.insert_before(item)
if len(_lst) == 1:
_cur = 0
else:
_cur += 1
elif key == "delete":
if len(_lst) == 0:
continue
user.delete()
_lst.pop(_cur)
if _cur == len(_lst):
_cur = len(_lst) - 1
elif key == "len":
test_num += 1
out_len = user.len()
lst_len = len(_lst)
if out_len != lst_len:
error += 1
elif key == "damp":
test_num += 1
out = user.damp()
if len(_lst) != len(out):
error += 1
else:
for i in range(len(_lst)):
if _lst[i] != out[i]:
error += 1
break
elif key == "swap_prev":
if len(_lst) == 0 or _cur == 0:
continue
_lst[_cur - 1], _lst[_cur] = _lst[_cur], _lst[_cur - 1]
_cur -= 1
user.swap_prev()
elif key == "swap_next":
if len(_lst) == 0 or _cur == len(_lst) - 1:
continue
_lst[_cur], _lst[_cur + 1] = _lst[_cur + 1], _lst[_cur]
_cur += 1
user.swap_next()
score = 100 * (test_num - error) / test_num
return score if score > 35 else 0
def main(input_file):
_lst = []
error = 0
test_num = 0
user.init()
_cur = -1
with open(input_file) as f_in:
for line in f_in:
pair = line.strip().split()
if len(pair) != 1 and len(pair) != 2:
continue
key = pair[0]
item = 0
if len(pair) == 2:
item = int(pair[1])
if key == "empty":
test_num += 1
out_empty = user.empty()
lst_empty = len(_lst) == 0
if out_empty != lst_empty:
error += 1
elif key == "reset":
if len(_lst) == 0:
continue
_cur = 0
user.reset()
elif key == "next":
test_num += 1
if len(_lst) == 0:
try:
user.next()
except StopIteration:
pass
else:
error += 1
continue
if _cur == len(_lst) - 1:
try:
user.next()
error += 1
except StopIteration:
pass
continue
_cur += 1
try:
user.next()
except StopIteration:
error += 1
elif key == "current":
if len(_lst) == 0:
continue
test_num += 1
out_current = user.current()
lst_current = _lst[_cur]
if out_current != lst_current:
error += 1
elif key == "insert_after":
_lst.insert(_cur + 1, item)
user.insert_after(item)
if len(_lst) == 1:
_cur = 0
score = 100 * (test_num - error) / test_num
return score if score > 35 else 0