def deal_sign_out_message(sign_time, manual_flag=False):
call_back = "sign_out"
if manual_flag:
call_back = "manual_sign_out"
user_time = TimeStruct(sign_time)
text = make_text("Register the current time {date} at {hours}:{min} "
"{interval} as clock-out time?"
.format(date=user_time.date_time.strftime('%m, %d %A'),
hours=user_time.hours, min=user_time.min,
interval=user_time.interval_en))
if manual_flag:
text = make_text("Register the entered {date} at {hours}:{min} "
"{interval} as clock-out time?"
.format(date=user_time.date_time.strftime('%m, %d %A'),
hours=user_time.hours, min=user_time.min,
interval=user_time.interval_en))
reply_items = create_quick_replay_items(
"confirm_out&time=" + user_time.str_current_time_tick, call_back)
text["quickReply"] = make_quick_reply(reply_items)
return text
def deal_sign_in_message(sign_time, manual_flag):
"""
Generate a message returned to the user when checking in.
:param sign_time: The user's check-in time is a timestamp.
:param manual_flag: Boolean value. True is manually enters time.
:return: message content is a json.
"""
call_back = "sign_in"
if manual_flag:
call_back = "manual_sign_in"
user_time = TimeStruct(sign_time)
text = make_text("Register the current time {date} at {hours}:{min} "
"{interval} as clock-in time?".format(
date=user_time.date_time.strftime('%m, %d %A'),
hours=user_time.hours,
min=user_time.min,
interval=user_time.interval_en))
if manual_flag:
text = make_text("Register the entered {date} at {hours}:{min} "
"{interval} as clock-in time?".format(
date=user_time.date_time.strftime('%m, %d %A'),
hours=user_time.hours,
min=user_time.min,
interval=user_time.interval_en))
reply_items = create_quick_replay_items(
"confirm_in&time=" + user_time.str_current_time_tick, call_back)
text["quickReply"] = make_quick_reply(reply_items)
return text
def reminder_message(process):
text = None
if process == "sign_in_done":
text = make_text("There is already a clock-in time. "
"Please select \"Record\" on the "
"bottom of the menu when you clock out.")
elif process == "sign_out_done":
text = make_text("There is already a clock-out time."
"Please select \"Record\" on the bottom "
"of the menu when you clock in.")
elif process is None:
text = make_text("Today's clock-in time has not been registered. "
"Please select \"Record clock-in\" on the bottom "
"of the menu, and enter your clock-in time.")
return text
def deal_confirm_in(account_id, create_time, callback):
"""
will be linked with the calendar internally, Check in time of registered user.
Check also: calendar_bot/externals/calendar_req.py
:param account_id: user account id.
:param create_time: current date by local time.
:param callback: The message content of the callback,
include the user's check-in time
:return: Prompt message of successful check in.
"""
pos = callback.find("time=")
str_time = callback[pos + 5:]
user_time = int(str_time)
my_end_time = user_time + 60
begin_time = local_date_time(user_time)
current_date = datetime.strftime(begin_time, '%Y-%m-%d')
info = get_schedule_by_user(account_id, current_date)
if info is not None:
raise HTTPError(500, "Internal data error")
end_time = begin_time + timedelta(minutes=1)
cur_time = local_date_time(create_time)
title = "[{account}]'s clock-in time on {date}".\
format(account=account_id,
date=datetime.strftime(begin_time, '%A, %B %d'))
schedule_uid = create_schedule(cur_time, end_time, begin_time, account_id,
title)
set_schedule_by_user(schedule_uid, account_id, current_date, user_time,
my_end_time)
return make_text("Clock-in time has been registered.")
def number_message():
text1 = make_text("You have created your leave time "
"earlier than your leave time. "
"Please check your work time and enter again.")
text2 = prompt_input()
return [text1, text2]
def error_message():
text1 = make_text("Sorry, but unable to "
"comprehend your composed time. "
"Please check the time entry method again, "
"and enter the time.")
text2 = prompt_input()
return [text1, text2]
def confirm_out_message(user_time, hours, min):
user_time = TimeStruct(user_time)
return make_text("Clock-out time has been registered."
"The total working hours for {date} "
"is {hours} hours and {minutes} minutes."
.format(date=user_time.date_time.strftime('%A, %B %d'),
hours=hours, minutes=min))
def start_content(account_id):
yield sign(account_id)
content1 = make_text("Hello, I'm an attendance management bot of "
"LINE WORKS that helps your timeclock "
"management and entry.")
content2 = image_introduce()
return [content1, content2]
def invalid_message():
"""
Invalid input data reminder.
:return: text type message
"""
return make_text("I didn't understand the text. "
"When you go to work or go home, "
"Please select the appropriate "
"\"Record\" button for each.")
def prompt_input():
"""
Format to remind users to enter time.
:return: text type message
"""
return make_text("Please use the military time format "
"with a total of 4 numerical digits (hhmm) "
"when entering the time."
"For example, type 2020 to indicate 8:20 PM. ")
def manual_sign_out_message():
"""
generate manual check-out message
:return: message content list
"""
text1 = make_text("Please manually enter the clock-out time.")
text2 = prompt_input()
return [text1, text2]
def manual_sign_out_message():
jp_text = i18n_text("ja_JP", "退勤時間を直接入力してください。")
en_text = i18n_text("en_US", "Please manually enter the clock-out time.")
kr_text = i18n_text("ko_KR", "퇴근 시간을 직접 입력해 주세요. ")
i18n_texts1 = [jp_text, en_text, kr_text]
text1 = make_text("퇴근 시간을 직접 입력해 주세요. ", i18n_texts1)
text2 = prompt_input()
return [text1, text2]
def to_first_content():
kr_text = i18n_text("ko_KR", "출근, 퇴근하실 때 하단 메뉴에서 "
"각각에 맞는 ‘기록하기’ 버튼을 선택해 주세요")
en_text = i18n_text(
"en_US", "Please select \"Record\" on the bottom of "
"the menu each time when you clock in "
"and clock out.")
jp_text = i18n_text("ja_JP", "出勤、退勤するときに下のメニューから "
"それぞれ「記録する」ボタンを選択してください。")
i18n_texts = [kr_text, en_text, jp_text]
text = make_text("출근, 퇴근하실 때 하단 메뉴에서 "
"각각에 맞는 ‘기록하기’ 버튼을 선택해 주세요", i18n_texts)
return text
def first_message():
kr_text = i18n_text(
"ko_KR", "안녕하세요, 출퇴근 시간을 입력하고 "
"관리할 수 있도록 도와드리는 "
"LINE WORKS의 근태관리 봇 입니다.")
en_text = i18n_text(
"en_US", "Hello, I'm an attendance management "
"bot of LINE WORKS that helps your "
"timeclock management and entry.")
jp_text = i18n_text(
"ja_JP", "こんにちは。出退勤の時間を入力して "
"管理できるようサポートするLINE WORKSの "
"勤怠管理Botです。")
i18n_texts = [kr_text, en_text, jp_text]
text = make_text(
"안녕하세요, 출퇴근 시간을 입력하고 "
"관리할 수 있도록 도와드리는 "
"LINE WORKS의 근태관리 봇 입니다.", i18n_texts)
return text
def deal_confirm_in(account_id, create_time, callback):
pos = callback.find("time=")
str_time = callback[pos + 5:]
user_time = int(str_time)
my_end_time = user_time + 60
begin_time = local_date_time(user_time)
current_date = datetime.strftime(begin_time, '%Y-%m-%d')
info = get_schedule_by_user(account_id, current_date)
if info is not None:
raise HTTPError(500, "Internal data error")
end_time = begin_time + timedelta(minutes=1)
cur_time = local_date_time(create_time)
schedule_uid = create_schedule(cur_time, end_time, begin_time, account_id)
set_schedule_by_user(schedule_uid, account_id, current_date, user_time,
my_end_time)
return make_text("Clock-in time has been registered.")
def manual_sign_out_message():
text1 = make_text("Please manually enter the clock-out time.")
text2 = prompt_input()
return [text1, text2]
def to_first(account_id, _, __, ___):
content = make_text("Please select \"Record\" on the bottom of "
"the menu each time when you clock in and clock out.")
yield push_message(account_id, content)
def invalid_message():
return make_text("I didn't understand the text. "
"When you go to work or go home, "
"Please select the appropriate "
"\"Record\" button for each.")
