def select(self):
if self.list_users.currentItem().text():
# Запуск главного окна программы для выбранного пользователя
name = self.list_users.currentItem().text()
global main
main = Work(name)
main.show()
self.setVisible(False)
def deamon_command(command, timer, debug, time_out, is_daemon):
wk = Work(timer=timer, pid_file=PID_FILE, debug=debug, time_out=time_out, is_daemon=is_daemon)
if command == DAEMON_START:
wk.start()
elif command == DAEMON_STOP:
wk.stop()
elif command == DAEMON_RESTART:
wk.stop()
time.sleep(3)
wk.start()
def login(cls, username, password):
"""
this method takes two argument and checks if there is a match user with this information
:param username: unchecked username
:param password: unchecked password
:return: True if username and password are match, or False otherwise
"""
data = file_manager.read_from_file('users_data.json')
works = file_manager.read_from_file('all_users_works.json')
user_has_work = True if username in works.keys() else False
my_works = works[username] if user_has_work else {}
password = str(password).encode()
hash_password = md5(password).hexdigest()
if username in data.keys():
if hash_password == data[username]['password']:
current_user = cls(*(data[username].values()))
if user_has_work:
for _ in my_works.values():
current_user.works.append(Work(*(_.values())))
return current_user
else:
return False
else:
print(f'No user named {username}...')
return False
def createBtn(self):
n = self.namee.text
email = self.email.text
password = self.password.text
wk = self.namee.text + ".xlsx"
l = [email, n, password, wk]
Work.create_worksheet(wk)
db.addEntry(l)
self.namee.text = ""
self.email.text = ""
self.password.text = ""
sm.current = "login"
def featured_works(self):
_db = Session.object_session(self)
editions = [e.edition for e in self.entries if e.featured]
if not editions:
return None
identifiers = [ed.primary_identifier for ed in editions]
return Work.from_identifiers(_db, identifiers)
def featured_works(self):
_db = Session.object_session(self)
editions = [e.edition for e in self.entries if e.featured]
if not editions:
return None
identifiers = [ed.primary_identifier for ed in editions]
return Work.from_identifiers(_db, identifiers)
def c_workers(self):
self.reset()
ants = []
for i in range(0, self.num_ants):
ant = Work(i, random.randint(0, self.graph.num_nodes - 1), self)
ants.append(ant)
return ants
def c_workers_test(self,placeSeed):
self.reset()
ants = []
for i in range(0, self.num_ants):
self.ant = Work(i, placeSeed , self)
ants.append(self.ant)
return ants
def accept(self):
# 持续监听端口
while True:
# 获得新连接客户机的数据
client, address = self.server.accept()
print("检测到新的连接，ip:{},端口:{}".format(address[0], address[1]))
# 更新用户列表
self.clients.append({
"client": client,
"username": "",
"status": "connect"
})
# 创建子线程处理本次连接
t = Work(self.update_clients, client, self.db)
# 将该线程加入线程列表
self.threads.append(t)
# 开始子线程
t.start()
def main(tools = [1] * 8, step = 1, is_error = False):
cnc_arr = [CNC(i+1, tools[i], is_error) for i in range(0,8)]
rgv = RGV()
work_num = 1
for i in range(0, 8*60*60):
if rgv.state == 0:
# 检查是否持有物料
if rgv.target_work == None:
rgv.target_work = Work(work_num,step)
work_num = work_num + 1
# 筛选故障cnc和不同加工工序的cnc
temp_cnc_arr = []
for cnc in cnc_arr:
if cnc.trouble_time != 0:
continue
if rgv.target_work.step + 1 == cnc.tool:
temp_cnc_arr.append(cnc)
# 打擂找出最佳目标cnc
min_time = float('inf')
best_cnc = None
if get_has_minus(temp_cnc_arr,rgv):
# 有负数情况
for cnc in temp_cnc_arr:
# 去除所有正数
if cnc.work_timer - get_move_time(cnc.position, rgv.position) > 0:
continue
# 求出放置移动时间加上下料时间最小的数
place_time = k_even_place_time if cnc.num % 2 == 0 else k_odd_place_time
if get_move_time(cnc.position, rgv.position) + place_time < min_time:
min_time = get_move_time(cnc.position, rgv.position) + place_time
best_cnc = cnc
else:
# 全为正数
# 求出剩余工作时间加上上下料时间最短
for cnc in temp_cnc_arr:
place_time = k_even_place_time if cnc.num % 2 == 0 else k_odd_place_time
temp_time = cnc.work_timer + place_time
if temp_time < min_time:
min_time = temp_time
best_cnc = cnc
# 未找到最佳cnc则退出
if not best_cnc:return (rgv,cnc_arr)
# 对rgv下达指令
rgv.move_to_position(best_cnc.position)
if best_cnc.work_timer > 0:
rgv.wait()
else:
rgv.place(best_cnc)
# cnc,rgv 执行指令
for cnc in cnc_arr:cnc.execute()
rgv.execute()
return (rgv,cnc_arr)
def submitWork(self):
q = 0.0
listOfWorkAuthors = list()
if rg.randU() < self._activity:
listOfWorkAuthors.append(self)
q = self._quality + rg.randN(m=self._sdQuality)
for coWorker in self._listOfCoworkers:
if rg.randU() < coWorker.Prob:
q += coWorker.Agent.Quality + \
rg.randN(m = coWorker.Agent.SdQuality)
listOfWorkAuthors.append(coWorker.Agent)
return Work(q, listOfWorkAuthors)
def __init__(self,
work_name ='UNDEFINED',
work_phone='UNDEFINED',
work_address = Work()):
if not isinstance(work_address, Work):
print('[ERROR] work_address is not an Address class')
return
#Set class variables
self.work_name = work_name
self.work_phone = work_phone
self.work_address = work_address
def main(_):
#mode = "evalfreeze"
mode = "pretrain"
evaldata = "20171213142927.xls"
model = DomainNameModel(mode='freeze', learning_rate=0.0008)
worker = Work(model,
batch_size=1024,
pretrain_iter=20000,
train_iter=900000,
sample_iter=100,
model_save_path='model',
sample_path='sample',
plk_dir='./plk')
if mode == 'pretrain':
pretain()
else: #eval
dosample = preprosample(None, plk_dir='./plk/')
worker.evalfreeze(evaldata, dosample)
class Crawler:
def __init__(self, origin):
self._origin = origin
self._work = Work()
self._work.put(origin)
def _scrape(self, url):
response = requests.get(url)
page = Page(self._origin, response)
list(map(self._work.put, page.links))
print(page.url)
print(*page.links, sep='\n- ')
def crawl(self):
with ThreadPoolExecutor(max_workers=30) as executor:
while True:
try:
url = self._work.get(timeout=30)
executor.submit(self._scrape, url)
except Empty:
return
except Exception as e:
print(e)
continue
def get_work(self, wid):
print('crawling work %d' % wid)
html = self.P.get(url=self.url + str(wid))
djson = re.search(r'}\)\((.*?)\);</script>', html.text).group(1)
#print('djson:',djson)
data = demjson.decode(djson)
_type = data['preload']['illust'][wid]['illustType']
if _type < 2:
w = Illustration(wid)
elif _type == 2:
w = Animation(wid)
else:
w = Work(wid)
w.crawl(data)
del data
return w
action="store",
help='''File name.
For "snmp" mode, file with OID.
For "file" mode - data file'''
)
args = parser.parse_args()
mode = args.mode
file_name = args.file
t = args.time
ip = args.ip_address
port = args.port
scheduler = sched.scheduler(time.time, time.sleep)
work = Work(file_name)
init_db()
if mode == 'db':
print('db')
periodic_scheduler(scheduler, t, work.get_data_from_db)
elif mode == 'file':
print('file', file_name)
periodic_scheduler(scheduler, t, work.get_data_from_file)
elif mode == 'snmp':
print('snmp', file_name)
periodic_scheduler(scheduler, t, work.get_data_from_snmp,
(ip, port))
scheduler.run()
def play(self):
self.wc = self.wc.get().split(' ')
Work(int(self.now.get()), int(self.ppw.get()), self.wc, self.ip.get(),
self.op.get())
def __init__(self, origin):
self._origin = origin
self._work = Work()
self._work.put(origin)
def test_early_aeneid(self):
work = Work(early_aeneid, name='Aeneid 1')
self.assertCountEqual(
work.scans_strings(),
[
"a'r-mă vĭ-/-ru'm-quĕ că'-/-nō trō-/-jā'-ĕ quĭ / prī'-mŭ-s⁀ă-/-b⁀ō'-ris",
"a'r-mă vĭ-/-ru'm-quĕ că'-/-nō trŏ'-jă-/-ē quī / prī'-mŭ-s⁀ă-/-b⁀ō'-ris",
"a'r-mă vĭ-/-ru'm-quē / cā'-nŏ trŏ-/-jā'-ĕ quĭ / prī'-mŭ-s⁀ă-/-b⁀ō'-ris",
"a'r-mă vĭ-/-ru'm-quĕ că'-/-nō trŏ'-ĭ-/-æ quī / prī'-mŭ-s⁀ă-/-b⁀ō'-ris",
"a'r-mă vĭ-/-ru'm-quĕ că'-/-nō trō'-/-jæ quī / prī'-mŭ-s⁀ă-/-b⁀ō'-ris",
"a'r-mă vĭ-/-ru'm-quĕ că'-/-nō trŏ-ĭ-/-ā'-ĕ quĭ / prī'-mŭ-s⁀ă-/-b⁀ō'-ris",
"a'r-mă vĭ-/-ru'm-quē / cā'-nŏ trŏ'-/-jæ quī / prī'-mŭ-s⁀ă-/-b⁀ō'-ris",
"",
"ī-ta'l-/-jam fā'-/-tō prō-/-fū'-gŭ-s⁀lă-/-vi'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lā-ŭ-ĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lā-ū-/-i'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gus lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lā-ū-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gus lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gus lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gū-s⁀lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gus lau-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gus lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gus lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lā-vī-/-nī'-ă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gū-s⁀lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gus lau-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gū-s⁀lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gus lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gū-s⁀lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gū-s⁀lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gus lau-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gū-s⁀lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gus lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gus lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lā-ŭ-ĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gū-s⁀lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gū-s⁀lau-/-i'n-jă-quĕ / vē'-nit",
"ī-tā-/-lī'-am / fā'-tŏ prŏ-/-fū'-gŭ-s⁀lă-/-vi'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gū-s⁀lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gū-s⁀lau-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gū-s⁀lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gū-s⁀lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lā-vī-/-nī'-ă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prō-/-fū'-gŭ-s⁀lă-/-vi'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gus lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lau-ī-/-nī'-ă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gus lau-/-i'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fā'-/-tō prŏ'-fŭ-/-gus lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō'-fŭ-gŭ-/-s⁀lau-ī-/-nī'-ă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gū-s⁀lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gū-s⁀lā-/-vi'n-jă-quĕ / vē'-nit",
"ī-ta'l-/-jam fă'-tŏ / prō-fū'-/-gū-s⁀lau-/-i'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gus lă-ŭ-/-i'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fā'-/-tō prŏ'-fŭ-/-gū-s⁀lau-/-i'n-jă-quĕ / vē'-nit",
"ī-tă'-lĭ-/-am fă'-tŏ / prō-fū'-/-gus lă-vĭ-/-nī'-ă-quĕ / vē'-nit",
"",
"lī'-tŏ-ră / mul-t(um)⁀il-/-l(e)⁀et te'r-/-ris jac-/-tā'-tŭ-s⁀ĕ-/-t⁀a'l-to",
"",
"vī sŭ'-pĕ-/-rum să'-ĕ-/-væ mē'-/-mō-r(em)⁀ĭ-ŭ-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum să'-ĕ-/-væ mĕ'-mŏ-/-r(em)⁀ī-ū-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum sæ'-/-væ mĕ'-mŏ-/-rē-m⁀ĭ-ŭ-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum să'-ĕ-/-væ mĕ'-mŏ-/-rem jū-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum să-ĕ-/-vā'-ĕ mĕ'-/-mō-r(em)⁀ĭ-ŭ-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum sæ'-/-væ mĕ'-mŏ-/-rem jū-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum sæ'-/-væ mē'-/-mō-r(em)⁀ĭ-ŭ-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum sæ'-/-væ mĕ'-mŏ-/-r(em)⁀ī-ū-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum să'-ĕ-/-væ mĕ'-mŏ-/-rē-m⁀ĭ-ŭ-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"vī sŭ'-pĕ-/-rum sæ-/-vā'-ĕ mĕ'-/-mō-r(em)⁀ĭ-ŭ-/-nō'-nĭ-s⁀ŏ-/-b⁀ī'-ram",
"",
"mu'l-tă quŏ-/-qu(e)⁀et be'l-/-lō pa's-/-sus dum / co'n-dĕ-rĕ-/-t⁀u'r-bem",
"",
"in-fer-/-re't-quĕ dĕ'-/-ō-s⁀lă'-tĭ-/-ō gĕ'-nŭ-/-s⁀u'n-dĕ lă-/-tī'-num",
"in-fer-/-re't-quĕ dĕ'-/-ō-s⁀la't-/-jō gĕ'-nŭ-/-s⁀u'n-dĕ lă-/-tī'-num",
"in-fer-/-re't-quĕ dĕ'-/-os lă'-tĭ-/-ō gĕ'-nŭ-/-s⁀u'n-dĕ lă-/-tī'-num",
"in-fer-/-re't-quĕ dĕ'-/-os la't-/-jō gĕ'-nŭ-/-s⁀u'n-dĕ lă-/-tī'-num",
"",
"al-bă'-nĭ-/-quē pā'-/-trē-s⁀at-/-qu(e)⁀a'l-tæ / mœ'-nĭ-ă / rō'-mæ",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀al-/-tā'-ĕ mŏ-/-e'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀a't-quē / a'l-tă-ĕ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀a'l-/-tæ mō-/-ē'-nĭ-ă / rō'-mæ",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀a'l-/-tæ mŏ-ĕ-/-nī'-ă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀al-/-tā'-ĕ mŏ-/-ē'-nĭ-ă / rō'-mæ",
"al-bā-/-nī'-quĕ pă'-/-trē-s⁀at-/-qu(e)⁀a'l-tæ / mœ'-nĭ-ă / rō'-mæ",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀a'l-/-tæ mō-/-e'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pā'-/-trē-s⁀at-/-qu(e)⁀a'l-tă-ĕ / mœ'-nĭ-ă / rō'-mæ",
"al-bā-/-nī'-quĕ pă'-/-trē-s⁀at-/-qu(e)⁀a'l-tă-ĕ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pa't-/-rē-s⁀at-/-qu(e)⁀a'l-tă-ĕ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pa't-/-rē-s⁀at-/-qu(e)⁀a'l-tă-ĕ / mœ'-nĭ-ă / rō'-mæ",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀a't-quē / a'l-tă-ĕ / mœ'-nĭ-ă / rō'-mæ",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀al-/-tā'-ē / mœ'n-jă rŏ-/-mā'-e",
"al-bā-/-nī'-quĕ pă'-/-trē-s⁀at-/-qu(e)⁀a'l-tă-ĕ / mœ'-nĭ-ă / rō'-mæ",
"al-bă'-nĭ-/-quē pā'-/-trē-s⁀at-/-qu(e)⁀a'l-tă-ĕ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pa't-/-rē-s⁀at-/-qu(e)⁀a'l-tæ / mœ'-nĭ-ă / rō'-mæ",
"al-bă'-nĭ-/-quē pa't-/-rē-s⁀at-/-qu(e)⁀a'l-tæ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀a't-quē / a'l-tæ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pā'-/-trē-s⁀at-/-qu(e)⁀a'l-tæ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀a'l-/-tæ mœ-/-nī'-ă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀at-qu(e)⁀al-/-tā'-ē / mœ'-nĭ-ă / rō'-mæ",
"al-bā-/-nī'-quĕ pă'-/-trē-s⁀at-/-qu(e)⁀a'l-tæ / mœ'n-jă rŏ-/-mā'-e",
"al-bă'-nĭ-/-quē pă'-trĕ-/-s⁀a't-quē / a'l-tæ / mœ'-nĭ-ă / rō'-mæ",
"",
"mū'-să mĭ'-/-hī că'-ŭ-/-sas mĕ'-mŏ-/-rā quō / nū'-mĭ-nĕ / læ'-so",
"mū'-să mĭ'-/-hī cau'-/-sas mĕ'-mŏ-/-rā quō / nū'-mĭ-nĕ / læ'-so",
"mū'-să mĭ'-/-hī că'-ŭ-/-sas mĕ'-mŏ-/-rā quŏ nŭ-/-mī'-nĕ lă-/-ē'-so",
"mū'-să mĭ'-/-hī cau'-/-sas mĕ'-mŏ-/-rā quŏ nŭ-/-mī'-nĕ lă-/-ē'-so",
"mū'-să mĭ'-/-hī cau'-/-sas mē-/-mō'-ră quŏ / nū'-mĭ-nĕ / læ'-so",
"mū'-să mĭ'-/-hī că'-ŭ-/-sas mē-/-mō'-ră quŏ / nū'-mĭ-nĕ / læ'-so",
"",
"qui'd-vĕ dŏ'-/-lens rĕ'-gĭ-/-nā dē'-/-um tot / vo'l-vĕ-rĕ / cā'-sus",
"qui'd-vĕ dŏ'-/-lens rē-/-gī'-nă dĕ'-/-um tot / vo'l-vĕ-rĕ / cā'-sus",
"quī'-dŭ-ĕ / dō'-lens / rē'-gĭ-nă / deum tot / vo'l-vĕ-rĕ / cā'-sus",
"qui'd-vĕ dŏ'-/-lens rē-/-gī'-nā / deum tot / vo'l-vĕ-rĕ / cā'-sus",
"qui'd-vĕ dŏ'-/-lens rĕ'-gĭ-/-nā deum / tot vō-/-lū'-ĕ-rĕ / cā'-sus",
"qui'd-vē / dō'-lens / rē'-gĭ-nă / deum tot / vo'l-vĕ-rĕ / cā'-sus",
"",
"in-si'g-/-nem pjĕ'-tă-/-tē vī'-/-rum tŏ-t⁀ă-/-dī'-rĕ lă-/-bō'-res",
"in-si'g-/-nem pĭ-ĕ-/-tā'-tĕ vĭ'-/-rum tŏ-t⁀ă-/-dī'-rĕ lă-/-bō'-res",
"in-si'g-/-nem pjē-/-tā'-tĕ vĭ'-/-rum tŏ-t⁀ă-/-dī'-rĕ lă-/-bō'-res",
"",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mis că-ĕ-/-le's-tĭ-bŭ-/-s⁀ī'-ræ",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mī-s⁀cæ-/-le's-tĭ-bŭ-/-s⁀ī'-ræ",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mī-s⁀că-ĕ-/-lē'-stĭ-bŭ-/-s⁀ī'-ræ",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mī-s⁀că-ĕ-/-le's-tĭ-bŭ-/-s⁀ī'-ræ",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mis cæ-/-lē'-stĭ-bŭ-/-s⁀ī'-ræ",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mī-s⁀cæ-/-lē'-stĭ-bŭ-/-s⁀ī'-ræ",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mis că-ĕ-/-lē'-stĭ-bŭ-/-s⁀ī'-ræ",
"im-pŭ'-lĕ-/-rit ta'n-/-tæ-n(e)⁀ă'-nĭ-/-mis cæ-/-le's-tĭ-bŭ-/-s⁀ī'-ræ",
"",
"urb-s⁀an-/-tī'-quă fŭ'-/-it ty'-rĭ-/-ī tĕ-nŭ-/-ē'-rĕ cŏ-/-lō'-ni",
"urb-s⁀an-/-tī'-quā / fvit ty'-rĭ-/-ī ten-/-vē'-rĕ cŏ-/-lō'-ni",
"urb-s⁀an-/-tī'-quā / fvit ty'r-/-jī ten-/-vē'-rĕ cŏ-/-lō'-ni",
"urb-s⁀an-/-tī'-quā / fvit ty'r-/-jī tĕ-nŭ-/-ē'-rĕ cŏ-/-lō'-ni",
"urb-s⁀an-/-tī'-quă fŭ'-/-it ty'r-/-jī ten-/-vē'-rĕ cŏ-/-lō'-ni",
"urb-s⁀an-/-tī'-quă fŭ'-/-it ty'r-/-jī tĕ-nŭ-/-ē'-rĕ cŏ-/-lō'-ni",
"urb-s⁀an-/-tī'-quă fŭ'-/-it ty'-rĭ-/-ī ten-/-vē'-rĕ cŏ-/-lō'-ni",
"urb-s⁀an-/-tī'-quā / fvit ty'-rĭ-/-ī tĕ-nŭ-/-ē'-rĕ cŏ-/-lō'-ni",
""
]
)
zipcode=input('Zipcode: '))))
while True:
SUB_COMND = input(
'would you like to add your work information yes or no? '
).upper()
if SUB_COMND == 'NO':
break
elif SUB_COMND == 'YES':
co_name = input('What is the company name?').lower()
co_phone = input('What is the company phone number? ')
WORK_ADDRESS.add_contact(
WorkContact(
work_name=co_name,
work_phone=co_phone,
work_address=Work(
street=input('Street number and street: '),
city=input('City: ').upper(),
state=input('State: ').upper(),
zipcode=input('Zipcode: '))))
else:
print(f'{SUB_COMND} is not valid.')
continue
elif COMMAND == 'list':
print(ADDRESS_BOOK.get())
print(WORK_ADDRESS.get())
else:
print(f'Man you know {COMMAND} aint what I asked you.')
def get_work(work_name):
for work in all_works:
if work.name == work_name:
return work
return None
def get_all_works():
return all_works
work1 = Work(id=1,
name="ホームページ",
image="homePage.JPG",
description="このサイト．flaskを使って初めて制作したものです",
date="2019年4月5日")
work2 = Work(
id=2,
name="CANDLE",
image="candle.jpg",
description=
"災害時の被害状況をGoogleMapを使って共有し，避難意識を向上させることを目的としたWebアプリ．開発途中なのでたびたび仕様が変更されています",
date="2019年3月5日",
url="https://wsapp.cs.kobe-u.ac.jp/candle")
work3 = Work(id=3,
name="Todo front",
image="todo.png",
from work import Work
def get_work(work_name):
for work in all_works:
if work.name == work_name:
return work
return None
def get_all_works():
return all_works
work01 = Work(id=1,
name="ホームページ",
image="homepage1.jpg",
description="このサイトのことです。flaskを使用しました。",
date="2019年7月##日")
all_works = [work01]
def check_events(logged_in_user):
"""
this function checks event file of user just after log in.
(work_select variable is a dict to assign number to every event
work_select = {event_num:(sender, received work as Work obj)})
User should decide what to do with received work.
:param logged_in_user: current user in reminder
:return: a massage about user decision
"""
all_events = {}
while True:
try:
all_events = file_manager.read_from_file('events.json')[logged_in_user.username]
assert all_events
except KeyError:
print(f'{Fore.GREEN}You have no events...{Fore.RESET}')
reminder_logger.info(f'user checked events and has no event so far')
back = input(f'{Fore.GREEN}enter "b" to back{Fore.RESET}')
if back:
break
except AssertionError:
print(f'{Fore.BLUE}no new event...{Fore.RESET}')
reminder_logger.info(f'"user checked events and has no new event this time')
back = input(f'{Fore.GREEN}enter "b" to back{Fore.RESET}')
if back:
break
sender_work = {i + 1: event for i, event in enumerate(all_events.items())}
work_select = {}
for i, evnt in sender_work.items():
work_select[i] = (evnt[0], (Work(*(evnt[1].values()))))
options = len(work_select)
while work_select:
for i, evnt in work_select.items():
print(f'{i}. {evnt[0]}: "{evnt[1].work_name}"')
print('0. back to main menu')
select = int(input('choose a work or enter 0 to back:'))
if 0 < select <= options:
temp = work_select.pop(select)
slct_wrk = temp[1]
all_events.pop(temp[0])
print(file_manager.write_to_file('events.json', all_events, logged_in_user.username))
print(f'{Fore.GREEN}information of "{slct_wrk.work_name}": {Fore.RESET}')
print(f'{slct_wrk}')
act = int(input(f'{Fore.GREEN}1. accept {Fore.RED}2. reject: {Fore.RESET}'))
if act == 1:
print(logged_in_user.accept_a_work(slct_wrk))
wrk_to_file = slct_wrk.__dict__.copy()
wrk_to_file.pop("priority")
wrk_to_file.pop("time_ntf")
print(slct_wrk.__dict__)
print(file_manager.write_to_file('all_users_works.json', wrk_to_file,
logged_in_user.username, slct_wrk.work_name))
elif act == 2:
print(f'\n{Fore.LIGHTYELLOW_EX}{slct_wrk.work_name} has been rejected{Fore.RESET}')
continue
elif select == 0:
print(f'\n{Fore.CYAN} event check has been aborted {Fore.RESET}')
break
if not work_select:
all_events.clear()
sender_work.clear()
print(file_manager.write_to_file('events.json', {}, logged_in_user.username))
break
class WorkerPool(threading.Thread):
def __init__(self, workq, i, n, workpool_workid_dict, log,
queue_task_list):
# self.logger = logging.getLogger(__name__)
threading.Thread.__init__(self)
self.log = log
ms = Message("tcp", self.log)
self.message = ms
self.queue = workq
self.thread_stop = False
self.queue_task_list = queue_task_list
# print "tp to init ", i
# self.logger.debug('tp to init: ' + str(i))
self.work_id = 0
self.name = str(i)
self.threadID = i
self.allcron = n
self.workpool_workid_dict = workpool_workid_dict
self.arglist = {}
self.change_tasktable = True
if self.workpool_workid_dict.has_key(self.name):
del self.workpool_workid_dict[self.name]
def jsonDicts(self, params):
"""
将json 格式的数据转换为字典
"""
# dicts = {'ip': None, 'v': None, 'dir': None, 'op': None, 'vf': None, 'pf': None}
dicts = {}
if len(params) == 0:
return dicts
# dicts['op'] = params['ip']
for k, v in params.iteritems():
dicts[k] = v
# print "jsonDicts is:", dicts
self.log.logger.debug('jsonDicts is:' + str(dicts))
return dicts
def generate_uuid(dashed=True):
"""Creates a random uuid string.
:param dashed: Generate uuid with dashes or not
:type dashed: bool
:returns: string
"""
if dashed:
return str(uuid.uuid4())
return uuid.uuid4().hex
def get_threadID(self):
return self.threadID
def send_ta(self, id, value, bk_id=None):
"""
Sending messages to modifies the state in the task table
"""
data = "{'type':'state','data':{'id':'%s','state':'%s','bk_id':'%s'}}" % (
id, value, bk_id)
ret = self.message.send(data)
if ret != 0:
self.log.logger.error('message send failed %s' % ret)
def run(self):
now = datetime.now()
while not self.thread_stop: # do forever
time.sleep(1)
self.work_id = self.work_id + 1
if self.queue.empty():
continue
task = None
if not self.queue.empty():
try:
task = self.queue.get(block=True, timeout=20) # 接收消息
self.log.logger.info("task recv:%s ,task No:%d" %
(task[0], task[1]))
except:
# print "get queue timerout!!!!!!!!!!!!"
self.log.logger.error("get queue timerout!!!!!!!!!!!!")
continue
if task:
task_d = eval(task[0])
self.arglist = self.jsonDicts(task_d)
if self.arglist is None:
continue
ret = 0
self.log.logger.info('todo work:%s' % (self.threadID))
# Remove the task from the waiting task
# list and add it to the running task dictionary
try:
self.workpool_workid_dict[self.name] = self.arglist['id']
self.queue_task_list.remove(self.arglist['id'])
except Exception, e:
self.log.logger.error(e)
self.log.logger.error(self.arglist)
continue
self.arglist['threadId'] = self.name
# Create bk_id for the current task in the backuptask table
self.arglist['bk_id'] = self.generate_uuid()
# Upload information to modify the task in the task table in the state
if self.arglist['state'] == 'stopped':
self.send_ta(self.arglist['id'], 'running_s',
self.arglist['bk_id'])
else:
self.send_ta(self.arglist['id'], 'running_w',
self.arglist['bk_id'])
op = self.arglist.get('op')
if op == 'delete':
duration = self.arglist.get('duration')
vol = self.arglist.get('vol')
dir = self.arglist.get('dir')
ip = self.arglist.get('ip')
name = self.arglist.get('name')
id = self.arglist.get('id')
if duration != None and vol != None and dir != None and ip != None and name != None and id != None:
try:
self.work = Delete(self.log,
duration=duration,
vol=vol,
dir=dir,
ip=ip,
name=name,
id=id,
threadID=self.threadID)
self.work.start(True)
except Exception, e:
self.log.logger.error(e)
if self.workpool_workid_dict.has_key(self.name):
del self.workpool_workid_dict[self.name]
continue
self.work = Work(self.arglist, self.log)
if not self.work:
self.log.logger.error('work create failed %s' %
(self.threadID))
self.work.start()
self.queue.task_done() # 完成一个任务
if self.arglist['op'] == 'backup' or self.arglist['op'] == 'dump':
if self.arglist['state'] == 'stopped' or self.arglist[
'state'] == 'running_s':
if self.change_tasktable:
self.send_ta(self.arglist['id'], 'stopped')
else:
self.log.logger.debug(
'=============================change_tasktable %s' %
self.change_tasktable)
if self.change_tasktable:
self.send_ta(self.arglist['id'], 'waiting')
self.log.logger.debug('change the work %s state' %
self.arglist['name'])
else:
self.send_ta(self.arglist['id'], 'end')
# Remove the task from the task dictionary to the running task
if self.workpool_workid_dict.has_key(self.name):
del self.workpool_workid_dict[self.name]
self.change_tasktable = True
res = self.queue.qsize() # 判断消息队列大小
if res > 0:
# print("ahua!There are still %d tasks to do" % (res))
self.log.logger.warning("There are still %d tasks to do" %
(res))
def run_bot():
while 1:
ircmsg = ircsock.recv(8192)
ircmsg = ircmsg.strip('\n\r')
# ping
if ircmsg.find('PING :') != -1:
ping()
continue
print
print ircmsg
if ircmsg[0] != ':':
continue
message = IRCMessage(ircmsg)
print message
if message.msgType == 'INVITE':
joinchan(message.channel)
sendmsg(message.channel, '안녕하세요, 업무 봇입니다')
sendmsg(message.channel, '업무 추가/제거는 주인만 가능하고 열람은 자유입니다')
elif message.msgType == 'MODE':
if message.msg == u'+o 업무봇':
sendmsg(message.channel, '감사합니다 :)')
if message.msg == u'-o 업무봇':
sendmsg(message.channel, '......')
elif message.msgType == 'PRIVMSG':
parse = re.match(ur'업무봇\s+조회\s*(?P<limit>전체|[0-9]+)?', message.msg)
if parse:
worklist = dao.query(Work).filter(Work.done == False).order_by(
Work.due)
if worklist.count() == 0:
sendmsg(message.channel, '남은 할 일이 없습니다')
else:
sendmsg(message.channel, '할 일 목록 :')
limit = 5
if parse.group('limit') == u'전체':
limit = None
elif parse.group('limit') != None:
limit = int(parse.group('limit').decode('utf-8'))
for work in worklist[:limit]:
sendmsg(message.channel, '%s' % work)
if re.match(ur'업무봇\s+(추가|제거|삭제|완료|종료)\s*(.*)', message.msg):
if message.sender != '[email protected]':
sendmsg(message.channel, '봇 주인만 업무 관리를 할 수 있습니다')
else:
work_pattern = re.compile(
ur'''
(?P<due_day>
((다+음|이번)주\s+[월화수목금토일]요일)
| (오늘|내일|모레|\d+일\s*후)
| ((\d+월\s*)?\d+일)
)?\s*
(?P<due_time>
(\d+시\s*((\d+분)|반)?)
)?\s*
(?P<title>.*)
''', re.VERBOSE)
parse = re.match(ur'업무봇\s+추가\s+(?P<content>.*)',
message.msg)
if parse:
work_parse = work_pattern.match(parse.group('content'))
if work_parse:
newWork = Work(work_parse.group('title'),
work_parse.group('due_day'),
work_parse.group('due_time'))
dao.add(newWork)
try:
dao.commit()
except exc.SQLAlchemyError:
sendmsg(message.channel, '이미 존재하는 업무입니다')
dao.rollback()
else:
sendmsg(message.channel,
'%s 추가되었습니다' % newWork)
parse = re.match(ur'업무봇\s+(제거|삭제)\s+(?P<content>.*)',
message.msg)
if parse:
print parse.group('content')
work = dao.query(Work).filter(
Work.name == parse.group('content')).first()
dao.delete(work)
dao.commit()
sendmsg(message.channel, '%s 제거되었습니다' % work)
parse = re.match(ur'업무봇\s+(완료|종료)\s+(?P<content>.*)',
message.msg)
if parse:
work = dao.query(Work).filter(
Work.name == parse.group('content')).first()
work.done = True
work.finished = datetime.now()
dao.add(work)
dao.commit()
def main():
w = Work()
print(
"1 로그인 & 게시판 이동 / 2 출석 게시물 작성 / 3 최근 출석 게시물 보기 / 4 크롤링 (출석) / 5 크롤링 (지각) / 6 계산 / 7 결과 게시물 작성/ 8 뒤로 / 9 앞으로"
)
print("숫자 이외의 값 입력 시 종료합니다.")
while True:
try:
key = int(input("입력 "))
except:
print("잘못된 입력입니다. 프로그램을 종료합니다.")
break
if key == 1:
w.login()
w.moveMainToBoard()
w.setTodayMonthDayName()
elif key == 2:
# 출석체크 게시물 작성하기
w.createCheckPost()
elif key == 3:
# 가장 최근 출석체크 게시물 접근
w.moveBoardToNewCheckPost()
elif key == 4:
# 정상출석자 크롤링
comment_list = w.crawlComments()
attend = w.returnStudentId(comment_list)
print("출석자 크롤링 완료")
elif key == 5:
# 지각자 크롤링
comment_list = w.crawlComments()
late = w.returnStudentId(comment_list)
print("지각자 크롤링 완료")
elif key == 6:
# 지각자 결석자 계산
s_late = late - attend
s_absent = set(student_dict) - (attend | s_late)
# 결과 저장
result_late = w.returnResultString(list(s_late))
result_absent = w.returnResultString(list(s_absent))
w.setResultString(result_late, result_absent)
print("완료")
elif key == 7:
# 결과 게시물 작성
w.createCompletePost()
elif key == 8:
w.back()
elif key == 9:
w.forward()
else:
print("1~9 사이의 숫자 명령어를 입력해주세요")
continue
# 家国梦自动拾取金币、自动完成运货
# Author: LuRenJiasWorld (https://github.com/LuRenJiasWorld) <*****@*****.**>
# Dependency: adb(Shell)
import time
from utils import *
from work import Work
if __name__ == "__main__":
if check_adb():
while True:
if not check_connection():
sleep_time = 5
print("未连接设备")
for each in range(sleep_time):
print("\t将于{}秒后重试......".format(str(sleep_time - each)))
time.sleep(1)
else:
break
print("连接成功，设备ID为{}".format(check_connection()))
Work().work()
else:
print("没有找到adb命令，请安装adb命令行工具后重试")
exit(0)
from random import randint
from profiles import Profiles
from keyboard import general_keyboard, work_keyboard
from work import Work
cluster = MongoClient(
f"mongodb+srv://{config.login_mongo}:{config.pass_mongo}@abucontroller.vzuyo.mongodb.net/myFirstDatabase?retryWrites=true&w=majority"
)
db = cluster.chats
vk_session = vk_api.VkApi(token=config.TOKEN)
longpoll = VkBotLongPoll(vk_session, config.group_id)
characteristics = [
"Имя", "Баланс", "В банке", "Статус", "Судимости", "Состояние"
]
all_profiles = Profiles()
all_jobs = Work()
for event in longpoll.listen():
'''
if event.type == VkBotEventType.group_join:
id_chat = event.chat_id
if str(id_chat) not in db.getCollectionNames():
db.createCollevtion(str(id_chat))
'''
if event.type == VkBotEventType.MESSAGE_NEW:
if event.from_chat:
id_peer = event.object.message["peer_id"]
id_chat = event.chat_id
msg = event
print(msg)
print(id_chat)
wk.reset(jump[3])
def backBtn(self):
self.email.text = ""
sm.current = "menu"
class WindowManager(ScreenManager):
pass
global E
kv = Builder.load_file("gui.kv")
sm = WindowManager()
db = Data(" ")
wk = Work(" ")
screens = [
LoginWindow(name="login"),
CreateAccountWindow(name="create"),
Menu(name="menu"),
Res(name="res"),
ShowE(name="showE"),
ShowI(name="showI"),
ShowI(name="showI"),
Rem(name="rem"),
TakeE(name="takeE"),
TakeI(name="takeI")
]
for screen in screens:
sm.add_widget(screen)
courseId = Common().get_courseId(courseTitle)
# 创建小节、上架小节、返回小节ID
chapter_id, chaptername = Chapter(courseId).chapter_online()
# 编辑上下课时间，生成教室，返回roomID、scheduleId，userphone
RoomId, scheduleId, user = RoomURL(courseId, classname, timefromname,
chapter_id, courseTitle).click_roombtn()
# 输出教室地址
teacherRUL = "https://qa-live-test.igetcool.com/weblivev2/?roomId=" + str(
RoomId) + "&scheduleId=" + str(scheduleId)
# 创建课后练习，发布练习。worktype:1,常规题；2，填空题；3，卡片题
work_state = Work(scheduleId, courseId, chapter_id).add_work(worktype)
# 发企业微信
Common().oneclck_wechat_message(teacherRUL, chaptername, courseTitle,
classname, timefromname, user, work_state)
# 教研系统关联ppt
Teach_research(courseId, scheduleId).add_ppt()
# 输出至工作台
print("小节名称：", chaptername)
print("教室地址：", teacherRUL)
print("可用账号：", user)
def create_work(usr):
"""
this method gets information from user and makes instance of
Work by calling creat work of Work class.
"""
work_names = [w.work_name for w in usr.works]
time_format = "%Y-%m-%d %H:%M:%S"
work_name = ''
work_datetime = 0
category = ''
importance = True
urgency = True
while True:
try:
work_name = input('title of work:')
assert work_name not in work_names
break
except AssertionError:
print(f'{Fore.LIGHTRED_EX} work_name already exist in work list{Fore.RESET} ')
continue
while True:
try:
work_datetime = input('Enter date and time as :(year-month-day hour:min:sec): ')
assert not re.match(time_format, work_datetime)
break
except AssertionError:
print(f'{Fore.LIGHTRED_EX} wrong date or time format...{Fore.RESET}')
continue
while True:
try:
importance = input('is this work important? 1. Yes 2. No ')
urgency = input('is this work urgent? 1. Yes 2. No ')
if importance not in ['1', '2'] or urgency not in ['1', '2']:
ValueError(importance, urgency)
importance = True if importance == '1' else False
urgency = True if urgency == '1' else False
break
except ValueError:
print('invalid input... try again')
reminder_logger.error(f'invalid input of importance or urgency')
continue
try:
category = input('choose a category for your work: ')
assert category in usr.categories.keys()
except AssertionError:
reminder_logger.info('new category adds to works list')
pass
location = input('location of work (optional): ')
link = input('add a link related to your work (optional): ')
description = input('enter a description for your work (optional): ')
notification = input('enter a notification for your work(optional)')
work_dict = {
'work_name': work_name,
'work_datetime': work_datetime,
'category': category,
'status': 'in progress',
'importance': importance,
'urgency': urgency,
'location': location,
'link': link,
'description': description,
'notification': notification
}
new_work = Work.create_work(work_dict)
usr.works.append(new_work)
new_thread = threading.Thread(name=new_work.work_name, target=new_work.notify, daemon=True)
threads.append(new_thread)
new_thread.start()
print(file_manager.write_to_file('all_users_works.json', work_dict, usr.username, work_dict['work_name']))
reminder_logger.info(f"'{usr.username}' created '{new_work.work_name}' work successfully", exc_info=True)
return f'"{Fore.LIGHTGREEN_EX}new work was added to work list{Fore.RESET}'
