def run(session, question, ch=''):
pull_xml(filename)
current = Bank.from_xml(filename)
if question:
# if current == question:
# print('输入“n”或“N”退出！')
# return question
# elif ch and ch in 'ABCD':
if ch and ch in 'ABCD':
question.answer = ch
db_add(session, question)
question = current
print('\n%s\n%s' %
('-' * min(len(question.content) * 2, 120), question.content))
bank = db_qeury(session, content=question.content)
if bank:
# items = [x for x in (bank.item1, bank.item2, bank.item3, bank.item4) if x]
# index = ord(bank.answer)-65
# if index < len(items):
# items[index] = f'{items[index]} <--- [{bank.answer}]'
# options = '\n'.join(items)
# print(f'\n{options}')
print(f"\n手机提交答案后可直接回车 正确答案: {bank.answer}\n")
return question
return search(question)
def create_bank(bank_name, approval_rule_num_accounts,
approval_rule_time_months, max_accounts):
"""Create and return a new bank."""
bank = Bank(bank_name=bank_name,
approval_rule_num_accounts=approval_rule_num_accounts,
approval_rule_time_months=approval_rule_time_months,
max_accounts=max_accounts)
db.session.add(bank)
db.session.commit()
return bank
def start(device, count=None):
m_ad = Adble(device)
m_db = Model()
cfg = ConfigParser()
cfg.read('./config.ini')
if not count:
count = cfg.getint('base', 'answer_count')
elif 0 >= count:
count = 65532
else:
pass
delay_rand = cfg.getboolean('base', 'delay_rand')
delay = 1
for i in range(count):
xml = m_ad.get_xml()
question = Bank.from_xml(device)
bank = m_db.query(content=question.content)
if delay_rand:
delay = randint(1,6)
if bank:
index = ord(bank.answer)-65
pos = complex(question.bounds.split(' ')[index])
print(question)
print(f"\n {delay} 秒自动提交答案: {bank.answer}\n")
if 0j == pos:
t= threading.Thread(target=attention, args=('crossed.mp3',1))#创建线程
t.start()
sleep(5)
continue
else:
sleep(delay)
m_ad.tap(int(pos.real), int(pos.imag))
else:
t= threading.Thread(target=attention, args=('doubt.mp3',2))#创建线程
t.start()
headers = {
'User-Agent': cfg.get('base', 'user_agent')
}
search(question, headers)
ch = input('请输入：').upper()
if ch and 'N' == ch:
break
if ch and ch in "ABCD":
question.answer = ch
m_db.add(question)
def start(device, count, filename, database_uri, delay_seconds, user_agent):
m_ad = Adble(device)
m_db = Model(database_uri, 'data-dev')
if 0 == delay_seconds:
delay_rand = True
else:
delay_rand = False
for i in range(count):
xml = m_ad.get_xml(filename)
question = Bank.from_xml(device)
bank = m_db.query(content=question.content)
if delay_rand:
delay_seconds = randint(1, 6)
if bank:
index = ord(bank.answer) - 65
pos = complex(question.bounds.split(' ')[index])
print(question)
print(f"\n {delay_seconds} 秒自动提交答案: {bank.answer}\n")
if 0j == pos:
t = threading.Thread(target=attention,
args=('crossed.mp3', 1)) #创建线程
t.start()
sleep(5)
continue
else:
sleep(delay_seconds)
m_ad.tap(int(pos.real), int(pos.imag))
else:
t = threading.Thread(target=attention,
args=('doubt.mp3', 2)) #创建线程
t.start()
headers = {'User-Agent': user_agent}
search(question, headers)
ch = input('请输入：').upper()
if ch and 'N' == ch:
break
if ch and ch in "ABCD":
question.answer = ch
m_db.add(question)
def run(session, num=float('inf')):
# t= threading.Thread(target=attention)#创建线程
# t.setDaemon(True)#设置为后台线程，这里默认是False，设置为True之后则主线程不用等待子线程
while num:
num = num - 1
pull_xml(filename)
sleep(1)
question = Bank.from_xml(filename)
print('\n%s\n%s' %
('-' * min(len(question.content) * 2, 120), question.content))
bank = db_qeury(session, content=question.content)
delay = 1 # randint(3,5)
if bank:
index = ord(bank.answer) - 65
pos = complex(question.bounds.split(' ')[index])
if question.item1: print('A. %s' % question.item1)
if question.item2: print('B. %s' % question.item2)
if question.item3: print('C. %s' % question.item3)
if question.item4: print('D. %s' % question.item4)
print(f"\n {delay} 秒自动提交答案: {bank.answer}\n")
if 0j == pos:
t = threading.Thread(target=attention,
args=('crossed.mp3', 1)) #创建线程
t.start()
sleep(5)
continue
else:
sleep(delay)
tap_screen(int(pos.real), int(pos.imag))
else:
t = threading.Thread(target=attention,
args=('doubt.mp3', 2)) #创建线程
t.start()
search(question)
ch = input('请输入：').upper()
if ch and 'N' == ch:
break
if ch and ch in "ABCD":
question.answer = ch
db_add(session, question)
user_info = my_bank.selectById(id)
my_view.printUserInfo(user_info)
# elif user_input == "4":
#Take id from user.
#Check if user exists(Done on login function)
#If it is a valid user then take in how much to transfer (Done in deposit and withdraw)
#Check if transfer ammount is less than current balance. (Done in withdraw)
#If transfer ammount is valid remove that much from your account and add it to the other user's account (Done with deposit and withdraw)
elif user_input == "5":
bank_running = False
else:
my_view.printOut("Invalid entry. Try again")
my_view = View()
my_bank = Bank()
login_running = True
while login_running == True:
user_input = my_view.loginMenu()
if user_input == "1":
#Run until the user inputs a username that doesnt already exst
username_while = True
username = ""
while username_while == True:
#Take in potential username
username = my_view.takeInput("Enter a username: ")
#Get all users from database