def task(c_id, t_id, page=0):
return InlineKeyboardButton(Course.Task(c_id, t_id).name,
callback_data=dumps(
dict(G='task',
c_id=c_id,
t_id=t_id,
page=page)))
def st_tsk(call, lang):
task_ = Course.Task(call.data['c_id'], call.data['t_id'])
text = msgs[lang]['student']['student_task'].format(
name=task_.name,
desc=task_.description,
mark=task_.mark(call.message.chat.id).value,
hmark=int(task_.highest_mark))
botHelper.edit_mes(text, call, markup=mkp.create(lang))
def del_task(call, lang):
if call.message.chat.id == Course.Course(call.data['c_id']).owner.id:
Course.Task(call.data['c_id'], call.data['t_id']).delete()
bot.answer_callback_query(call.id,
msgs[lang]['callback']['task_deleted'])
else:
bot.answer_callback_query(call.id,
msgs[lang]['callback']['task_not_exists'],
show_alert=True)
back(call, True, 2)
def task(id_tasks, id_course, back_page=0):
arr = []
students = Course.Course(id_course).participants
for i in id_tasks:
star = ''
for student in students:
if Course.Task(id_course, i).mark(student.id).value is None:
star = '*'
break
button = InlineKeyboardButton(Course.Task(id_course, i).name + star,
callback_data=dumps(
dict(type='task',
id=id_course,
id_t=i,
page=back_page)))
arr.append(button)
return arr
def create():
name = task_info['name']
if not name:
name = msgs[lang]['teacher']['task_create']['name'] + str(
len(Course.Course(call.data['c_id']).tasks) + 1)
Course.Task(course_id=call.data['c_id'],
name=name,
description=task_info['desc'].format(task_info['hmark']),
highest_mark=task_info['hmark'])
botHelper.send_mes(msgs[lang]['teacher']['task_create']['created'],
call.message.chat.id)
return_to_menu()
def user_mark(id_u, id_c, id_t):
task = Course.Task(id_c, id_t)
arr = []
for i in id_u:
name = User.User(i).name if task.mark(
i).value is not None else User.User(i).name + '*'
button = InlineKeyboardButton(name,
callback_data=dumps(
dict(type='mark_u_o',
id=id_c,
id_u=i,
id_t=id_t)))
arr.append(button)
return arr
def task(id_tasks, id_course, id_user, back_page=0):
arr = []
for i in id_tasks:
task = Course.Task(id_course, i)
button = InlineKeyboardButton('{} {}/{}'.format(
task.name,
task.mark(id_user).value, task.highest_mark),
callback_data=dumps(
dict(type='task_u',
id=id_course,
id_t=i,
page=back_page)))
arr.append(button)
return arr
def do_tsk(call):
def return_to_menu():
new_mes = botHelper.send_mes('empty', call.message.chat.id)
botHelper.renew_menu(call, new_mes)
back(call, True)
def get_mark(message):
if message.text == '/exit':
return_to_menu()
elif message.text == '-1':
mark.value = None
elif re.fullmatch(r'\d+', message.text):
if int(message.text) <= task_.highest_mark:
mark.value = int(message.text)
return_to_menu()
else:
botHelper.send_mes(msgs[get_lang(call.message.chat.id)]
['teacher']['management']['error_mark'])
bot.register_next_step_handler(message, get_mark)
else:
botHelper.send_mes(msgs[get_lang(
call.message.chat.id)]['teacher']['management']['wrong_input'])
bot.register_next_step_handler(message, get_mark)
call.data = json.loads(call.data)
task_ = Course.Task(call.data['c_id'], call.data['t_id'])
mark = Course.Mark(call.data['c_id'], call.data['t_id'], call.data['u_id'])
text = msgs['mark_one'].format(task=task_.name,
user=User.User(call.data['u_id']).name,
mark=mark.value,
max=task_.highest_mark)
botHelper.edit_mes(text, call)
bot.register_next_step_handler(call.message, get_mark)