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main.py
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main.py
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from api_wrapper import TelegramApiWrapper
from flask import Flask, request
import json
import logging
import lib.requests as requests
import re
from datetime import datetime, timedelta
from google.cloud import ndb
from multiprocessing.pool import ThreadPool
from time import time as timer
# Configure logging
logging.basicConfig(
level=logging.INFO,
format='%(levelname)-8s :: (%(name)s) > %(message)s'
)
# load private API tokens from file
def loadTokens():
with open("tokens.json") as tf:
tokens = json.load(tf)
return tokens
# load strings from file
def loadStrings():
with open("strings.json") as tf:
strings = json.load(tf)
return strings
class WebsiteStatus(ndb.Model):
status = ndb.BooleanProperty(default=True)
url = ndb.StringProperty(default="https://temptaking.ado.sg") # for debugging purposes
skippedReminder = ndb.BooleanProperty(default=False)
class Client(ndb.Model):
firstName = ndb.StringProperty()
status = ndb.StringProperty(default='0')
groupId = ndb.StringProperty()
groupName = ndb.StringProperty()
groupMembers = ndb.TextProperty()
memberName = ndb.StringProperty()
memberId = ndb.StringProperty()
pin = ndb.StringProperty()
temp = ndb.StringProperty()
remindAM = ndb.IntegerProperty(default=-1)
remindPM = ndb.IntegerProperty(default=-1)
blocked = ndb.BooleanProperty(default=False)
def reset(self):
self.status = '1'
self.temp = 'init'
self.remindAM = -1
self.remindPM = -1
app = Flask(__name__)
logger = logging.getLogger(__name__)
tokens = loadTokens()
strings = loadStrings()
telegramApi = TelegramApiWrapper(tokens["telegram-bot"])
valid_command_states = ['endgame 1', 'endgame 2', 'remind wizard 1', 'remind wizard 2', 'offline,endgame 1',
'offline,endgame 2', 'offline,remind wizard 1', 'offline,remind wizard 2']
THREAD_NUMBER = 20 # number of threads to create in /remind and /broadcast thread pools
# this context will be used for the entire app instance
ndb_client = ndb.Client()
# check website status when initializing
with ndb_client.context():
wstatus = WebsiteStatus.get_or_insert('status')
def getRouteUrl(url):
return '/{}/{}'.format(tokens["telegram-bot"], url)
def generateTemperatures():
return [[str(x / 10), str((x + 1) / 10)] for x in range(350, 375, 2)]
def generateHours(hour):
if hour < 12:
return [[f'{2 * x:02}:01', f'{2 * x + 1:02}:01'] for x in range(6)]
else:
return [[f'{2 * x:02}:01', f'{2 * x + 1:02}:01'] for x in range(6, 12)]
def emojiTime(now):
hour = now.hour
minute = now.minute
clocks = strings["clocks"]
return clocks[round(2 * (hour + minute / 60) % 24)]
def strftime(datetimeobject, formatstring):
formatstring = formatstring.replace("%%", "percent_placeholder")
ps = list(set(re.findall("(%.)", formatstring)))
format2 = "|".join(ps)
vs = datetimeobject.strftime(format2).split("|")
for p, v in zip(ps, vs):
formatstring = formatstring.replace(p, v)
return formatstring.replace("percent_placeholder", "%")
def submitTemp(client, temp):
now = datetime.now() + timedelta(hours=8)
if now.hour < 12:
meridies = 'AM'
else:
meridies = 'PM'
try:
url = '{}/group/MemberSubmitTemperature'.format(wstatus.url)
payload = {
'groupCode': client.groupId,
'date': strftime(now, '%d/%m/%Y'),
'meridies': meridies,
'memberId': client.memberId,
'temperature': temp,
'pin': client.pin
}
r = requests.post(url, data=payload)
logging.info('submit temp response: {}'.format(r.text))
except Exception as e:
# TODO: proper exception handling has to be done tbh
logging.error(e)
return 'error'
return r.text
@app.route(getRouteUrl("me"))
def getMe():
resp = telegramApi.getMe()
return resp["result"]
@app.route(getRouteUrl("setWebhook"))
def getWebhook():
url = tokens["project-url"] + "{}/webhook".format(tokens["telegram-bot"])
resp = telegramApi.setWebhook(url)
if resp["ok"]:
return "webhook has been set to " + url
else:
return "webhook failed to set. DEBUG: " + str(resp)
# for debugging purposes
@app.route(getRouteUrl("flipSwitch"))
def flipSwitch():
with ndb_client.context():
wstatus = WebsiteStatus.get_or_insert('status')
if wstatus.url == "https://temptaking.ado.sg":
wstatus.url = "https://temptaking.ado.sgs" # force website to appear offline
else:
wstatus.url = "https://temptaking.ado.sg"
wstatus.put()
return wstatus.url
@app.route(getRouteUrl("websiteStatus"))
def websiteStatus(context=None):
def websiteStatus():
wstatus = WebsiteStatus.get_or_insert('status')
try:
requests.get(wstatus.url)
if not wstatus.status:
def fetch_remind_response(client):
with ndb_client.context():
try:
resp = "not sent"
key_id = client.id()
client = client.get()
if client.status.startswith("offline"):
client.status = client.status.split(",")[1]
payload = {
'chat_id': str(key_id),
'text': strings["status_online"],
'parse_mode': 'HTML'
}
resp = telegramApi.sendMessage(payload)
client.put()
return client, str(key_id), resp, None
except Exception as e:
return client, str(client.id()), None, e
# update wstatus
wstatus.status = True
wstatus.put()
all_clients = Client.query().fetch(keys_only=True)
start = timer()
remind_results = ThreadPool(THREAD_NUMBER).imap_unordered(fetch_remind_response, all_clients)
i = 0
p = 0
f = 0
b = 0
for client, key_id, resp, e in remind_results:
if e is None:
if resp != "not sent":
i += 1
if resp["ok"]:
logging.info('websiteStatus response for {}: {}'.format(key_id, resp["result"]))
p += 1
else:
logging.info('websiteStatus response for {}: {}'.format(key_id, resp["description"]))
if resp["error_code"] == 403:
b += 1
else:
f += 1
else:
logging.error(e)
f += 1
if wstatus.skippedReminder:
remind(True)
wstatus.skippedReminder = False # only update this after calling remind()
wstatus.put()
logging.info(
'online notification sent to {} clients. '
'successes: {} blocked: {} failures: {} elapsed time: {} rate: {}'.format(
str(i), str(p), str(b), str(f), str(timer() - start), str(i/(timer() - start))))
return 'online notification sent to {} clients. ' \
'successes: {} blocked: {} failures: {} elapsed time: {} rate: {}'.format(
str(i), str(p), str(b), str(f), str(timer() - start), str(i/(timer() - start)))
except Exception as e:
logging.error(e)
if wstatus.status:
wstatus.status = False
wstatus.put()
return "offline"
else:
return "online"
if context:
resp = websiteStatus()
else:
with ndb_client.context():
resp = websiteStatus()
return resp
@app.route(getRouteUrl("remind"))
def remind(context=None):
def remind():
wstatus = WebsiteStatus.get_or_insert('status')
if wstatus.status:
def fetch_remind_response(client):
with ndb_client.context():
try:
resp = "not sent"
key_id = client.id()
client = client.get()
now = datetime.now() + timedelta(hours=8)
if now.hour == 0 or now.hour == 12:
if client.status in valid_command_states:
if client.temp != 'error':
client.temp = 'none'
client.status = 'endgame 2'
if client.temp == 'none':
if (12 > now.hour >= client.remindAM) or (now.hour >= 12 and now.hour >= client.remindPM):
temperatures = generateTemperatures()
if now.hour < 12:
if wstatus.skippedReminder:
text = strings["remind_delayed"] + strftime(now, strings["window_open_AM"])
else:
text = strftime(now, strings["window_open_AM"])
else:
if wstatus.skippedReminder:
text = strings["remind_delayed"] + strftime(now, strings["window_open_PM"])
else:
text = strftime(now, strings["window_open_PM"])
payload = {
'chat_id': str(key_id),
'text': text,
"parse_mode": "HTML",
'reply_markup': {
"keyboard": temperatures,
"one_time_keyboard": True
}
}
resp = telegramApi.sendMessage(payload)
if not resp['ok']:
if resp['description'] == 'Forbidden: bot was blocked by the user':
client.blocked = True
client.status = 'endgame 2'
client.put()
return client, str(key_id), resp, None
except Exception as e:
return client, str(client.id()), None, e
all_clients = Client.query().fetch(keys_only=True)
start = timer()
remind_results = ThreadPool(THREAD_NUMBER).imap_unordered(fetch_remind_response, all_clients)
i = 0
p = 0
f = 0
b = 0
for client, key_id, resp, e in remind_results:
if e is None:
if resp != "not sent":
i += 1
if resp["ok"]:
logging.info('remind response for {}: {}'.format(key_id, resp["result"]))
p += 1
else:
logging.info('remind response for {}: {}'.format(key_id, resp["description"]))
if resp["error_code"] == 403:
b += 1
else:
f += 1
else:
logging.error(e)
f += 1
logging.info('reminder sent to {} clients. successes: {} blocked: {} failures: {} elapsed time: {} rate: {}'.format(
str(i), str(p), str(b), str(f), str(timer() - start), str(i/(timer() - start))))
return 'reminder sent to {} clients. successes: {} blocked: {} failures: {} elapsed time: {} rate: {}'.format(
str(i), str(p), str(b), str(f), str(timer() - start), str(i/(timer() - start)))
else:
if not wstatus.skippedReminder:
def fetch_remind_response(client):
with ndb_client.context():
try:
resp = "not sent"
key_id = client.id()
client = client.get()
now = datetime.now() + timedelta(hours=8)
if now.hour == 0 or now.hour == 12:
if client.status in valid_command_states:
if client.temp != 'error':
client.temp = 'none'
client.status = 'offline,endgame 2'
if client.temp == 'none':
if (12 > now.hour >= client.remindAM) or (
now.hour >= 12 and now.hour >= client.remindPM):
temperatures = generateTemperatures()
text = strftime(now, strings["remind_offline"])
payload = {
'chat_id': str(key_id),
'text': text,
"parse_mode": "HTML",
'reply_markup': {
"keyboard": temperatures,
"one_time_keyboard": True
}
}
resp = telegramApi.sendMessage(payload)
if not resp['ok']:
if resp['description'] == 'Forbidden: bot was blocked by the user':
client.blocked = True
client.status = 'endgame 2'
client.put()
return client, str(key_id), resp, None
except Exception as e:
return client, str(client.id()), None, e
all_clients = Client.query().fetch(keys_only=True)
start = timer()
remind_results = ThreadPool(THREAD_NUMBER).imap_unordered(fetch_remind_response, all_clients)
i = 0
p = 0
f = 0
b = 0
for client, key_id, resp, e in remind_results:
if e is None:
if resp != "not sent":
i += 1
if resp["ok"]:
logging.info('remind response for {}: {}'.format(key_id, resp["result"]))
p += 1
else:
logging.info('remind response for {}: {}'.format(key_id, resp["description"]))
if resp["error_code"] == 403:
b += 1
else:
f += 1
else:
logging.error(e)
f += 1
wstatus.skippedReminder = True
wstatus.put()
logging.info('website offline. notification sent to {} clients. '
'successes: {} blocked: {} failures: {} elapsed time: {} rate: {}'.format(
str(i), str(p), str(b), str(f), str(timer() - start), str(i/(timer() - start))))
return 'website offline. notification sent to {} clients. ' \
'successes: {} blocked: {} failures: {} elapsed time: {} rate: {}'.format(
str(i), str(p), str(b), str(f), str(timer() - start), str(i/(timer() - start)))
return "website offline"
if context:
resp = remind()
else:
with ndb_client.context():
resp = remind()
return resp
@app.route(getRouteUrl("broadcast"), methods=["POST"])
def broadcast():
with ndb_client.context():
# try:
# id_list = request.get_json()['ids']
# for key_id in id_list:
# payload = {
# 'chat_id': str(key_id),
# 'text': request.get_json()['msg'],
# 'parse_mode': 'HTML'
# }
# resp = telegramApi.sendMessage(payload)
# logging.info('broadcast response for {}:'.format(str(key_id)))
# logging.info(resp)
# return 'broadcast sent to {} clients'.format(str(len(id_list)))
# except:
def fetch_broadcast_response(params):
[key_id, payload] = params
try:
resp = telegramApi.sendMessage(payload)
return key_id, resp, None
except Exception as e:
return key_id, None, e
all_clients = Client.query().fetch(keys_only=True)
text = request.get_json()['msg']
param_list = [None] * len(all_clients)
for i in range(len(all_clients)):
key_id = str(all_clients[i].id())
payload = {
'chat_id': key_id,
'text': text,
'parse_mode': 'HTML',
'disable_web_page_preview': True
}
param_list[i] = [key_id, payload]
start = timer()
broadcast_results = ThreadPool(THREAD_NUMBER).imap_unordered(fetch_broadcast_response, param_list)
p = 0
f = 0
b = 0
for key_id, resp, e in broadcast_results:
if e is None:
if resp["ok"]:
logging.info('broadcast response for {}: {}'.format(key_id, resp["result"]))
p += 1
else:
logging.info('broadcast response for {}: {}'.format(key_id, resp["description"]))
if resp["error_code"] == 403:
b += 1
else:
f += 1
else:
logging.error(e)
f += 1
return 'broadcast sent to {} clients. successes: {} blocked: {} failures: {} elapsed time: {} rate: {}'.format(
str(len(all_clients)), str(p), str(b), str(f), str(timer() - start), str(len(all_clients)/(timer() - start)))
@app.route(getRouteUrl("webhook"), methods=["POST"])
def webhook():
with ndb_client.context():
body = request.get_json()
logging.info('request body: {}'.format(body))
response = json.dumps(body)
update_id = body['update_id']
if 'message' in body:
message = body['message']
elif 'edited_message' in body:
message = body['edited_message']
else:
logging.info("no message or edited message found")
return response
message_id = message.get('message_id')
date = message.get('date')
text = message.get('text')
fr = message.get('from')
chat = message['chat']
chat_id = chat['id']
client = Client.get_or_insert(str(chat_id))
if client.firstName != fr:
client.firstName = fr["first_name"]
client.put()
# reply function used in context of this response only
def reply(msg=None, markup=None):
if msg:
if markup:
payload = {
'chat_id': str(chat_id),
'text': msg,
'reply_to_message_id': str(message_id),
'reply_markup': markup,
'parse_mode': 'HTML'
}
else:
payload = {
'chat_id': str(chat_id),
'text': msg,
'reply_to_message_id': str(message_id),
'parse_mode': 'HTML'
}
resp = telegramApi.sendMessage(payload)
else:
logging.error('no msg specified')
resp = None
logging.info('send response: {}'.format(resp))
# message function used in context of this response only
def message(msg=None, markup=None):
if msg:
if markup:
payload = {
'chat_id': str(chat_id),
'text': msg,
'reply_markup': markup,
'parse_mode': 'HTML'
}
else:
payload = {
'chat_id': str(chat_id),
'text': msg,
'parse_mode': 'HTML'
}
resp = telegramApi.sendMessage(payload)
else:
logging.error('no msg specified')
resp = None
logging.info('send response: {}'.format(resp))
# message specific person only
def messageMe(chat_id_list, msg=None, markup=None):
for id in chat_id_list:
if msg:
if markup:
payload = {
'chat_id': id,
'text': msg,
'reply_markup': markup,
'parse_mode': 'HTML'
}
else:
payload = {
'chat_id': id,
'text': msg,
'parse_mode': 'HTML'
}
resp = telegramApi.sendMessage(payload)
else:
logging.error('no msg specified')
resp = None
logging.info('messageMe() send response: {}'.format(resp))
def setGroupId(client, group_url):
group_string = 'temptaking.ado.sg/group/'
if group_url.startswith(group_string):
group_url = 'https://' + group_url
if group_url.startswith('https://' + group_string) or group_url.startswith('http://' + group_string):
try:
req_text = str(requests.get(group_url).content.decode('utf-8'))
except:
return 0
if 'Invalid code' in req_text:
return -1
def urlParse(text):
return text[text.find('{'):text.rfind('}') + 1]
try:
parsed_url = json.loads(urlParse(req_text))
except:
return -1
client.groupName = parsed_url["groupName"]
client.groupId = parsed_url["groupCode"]
client.groupMembers = json.dumps(parsed_url["members"])
client.put()
return 1
else:
return -1
if text is None:
reply(strings["no_text_error"])
return response
# force check website status before proceeding
wstatus = WebsiteStatus.get_or_insert('status')
if not wstatus.status:
message(strings["status_offline_response"])
# remember the client's previous status
if not client.status.startswith("offline"):
client.status = "offline,{}".format(client.status)
client.put()
return response
if text.startswith('/'):
if text == '/start':
message(strings["SAF100"])
client.reset()
client.put()
return response
elif text == '/forcesubmit':
if client.status in valid_command_states:
now = datetime.now() + timedelta(hours=8)
temperatures = generateTemperatures()
if now.hour < 12:
msg = strftime(now, strings["window_open_AM"])
else:
msg = strftime(now, strings["window_open_PM"])
markup = {
"keyboard": temperatures,
"one_time_keyboard": True
}
message(msg, markup)
client.status = 'endgame 2'
client.put()
return response
elif text == '/remind':
if client.status in valid_command_states:
hours = generateHours(0)
if client.remindAM == -1 or client.remindPM == -1:
msg = strings["reminder_not_configured"] + strings["reminder_change_config"].format("AM")
else:
msg = strings["reminder_existing_config"].format(
f'{client.remindAM:02}:01', f'{client.remindPM:02}:01'
) + strings["reminder_change_config"].format("AM")
markup = {
"keyboard": hours,
"one_time_keyboard": True
}
message(msg, markup)
client.status = 'remind wizard 1'
client.put()
return response
reply(strings["invalid_input"])
return response
elif client.status == '1':
group_url = text
groupFlag = setGroupId(client, group_url)
if groupFlag == 1:
msg = strings["group_msg"].format(client.groupName)
markup = {
"keyboard": [
[
strings["group_keyboard_yes"]
],
[
strings["group_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
client.status = '2'
client.put()
elif groupFlag == 0:
websiteStatus(True)
if not wstatus.status:
message(strings["status_offline_response"])
if not client.status.startswith("offline"):
client.status = "offline,{}".format(client.status)
client.put()
else:
message(strings["website_error"])
else:
reply(strings["invalid_url"])
return response
elif client.status == '2':
if text == strings["group_keyboard_yes"]:
gm = json.loads(client.groupMembers)
name_list = '\n'.join(
[str(i + 1) + '. ' + "<b>{}</b>".format(gm[i]["identifier"]) for i in range(len(gm))])
if len(gm) > 300 or len(strings["member_msg_1"] + name_list) > 4096:
message(strings["member_overflow"].format(str(len(gm))))
else:
msg = strings["member_msg_1"] + name_list
markup = {
"keyboard": [[item["identifier"]] for item in gm][0:300],
"one_time_keyboard": True
}
message(msg, markup)
client.status = '3'
client.put()
return response
elif text == strings["group_keyboard_no"]:
message(strings["SAF100_2"])
client.status = '1'
client.put()
return response
else:
msg = strings["use_keyboard"]
# TODO: put all these markups in a markups.json
markup = {
"keyboard": [
[
strings["group_keyboard_yes"]
],
[
strings["group_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
return response
elif client.status == '3':
gm = json.loads(client.groupMembers)
try:
index = [obj["identifier"] for obj in gm].index(text)
client.memberId = gm[index]["id"]
client.memberName = gm[index]["identifier"]
client.pin = str(gm[index]["hasPin"]) # if this is False, ask the user to set a pin later
msg = strings["member_msg_2"].format(client.memberName)
markup = {
"keyboard": [
[
strings["member_keyboard_yes"]
],
[
strings["member_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
client.status = '4'
except ValueError:
# user input does not match any identifier
name_list = '\n'.join(
[str(i + 1) + '. ' + "<b>{}</b>".format(gm[i]["identifier"]) for i in range(len(gm))])
if len(gm) > 300 or len(strings["member_msg_1"] + name_list) > 4096:
reply(strings["member_overflow_wrong"].format(text))
else:
msg = strings["member_msg_1"] + name_list
markup = {
"keyboard": [[item["identifier"]] for item in gm],
"one_time_keyboard": True
}
message(msg, markup)
client.put()
return response
elif client.status == '4':
if text == strings["member_keyboard_yes"]:
if client.pin == 'False':
msg = strings["set_pin_1"].format(client.groupId)
markup = {
"keyboard": [
[
strings["pin_keyboard"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
client.pin = 'no pin'
else:
message(strings["pin_msg_1"])
client.status = '5'
client.put()
return response
elif text == strings["member_keyboard_no"]:
gm = json.loads(client.groupMembers)
name_list = '\n'.join(
[str(i + 1) + '. ' + "<b>{}</b>".format(gm[i]["identifier"]) for i in range(len(gm))])
if len(gm) > 300 or len(strings["member_msg_1"] + name_list) > 4096:
message(strings["member_overflow"].format(str(len(gm))))
else:
msg = strings["member_msg_3"] + name_list
markup = {
"keyboard": [[item["identifier"]] for item in gm],
"one_time_keyboard": True
}
message(msg, markup)
client.status = '3'
client.put()
return response
elif text == strings["pin_keyboard"]: # triggered if user set pin after prompted to by bot
groupFlag = setGroupId(client, '{}/group/{}'.format(wstatus.url, client.groupId))
if groupFlag == 0:
websiteStatus(True)
if not wstatus.status:
message(strings["status_offline_response"])
if not client.status.startswith("offline"):
client.status = "offline,{}".format(client.status)
client.put()
else:
msg = strings["website_error"]
markup = {
"keyboard": [
[
strings["pin_keyboard"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
else:
# check that hasPin is now True
gm = json.loads(client.groupMembers)
try:
index = [obj["identifier"] for obj in gm].index(client.memberName) # if this throws an
# exception, it means the user has changed their name and is probably trying to break the bot
client.memberId = gm[index]["id"]
client.memberName = gm[index]["identifier"]
client.pin = str(gm[index]["hasPin"]) # this should be true now
if client.pin == 'False':
msg = strings["set_pin_2"].format(client.groupId)
markup = {
"keyboard": [
[
strings["pin_keyboard"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
client.pin = 'no pin'
else:
message(strings["pin_msg_1"])
client.status = '5'
client.put()
except ValueError:
# user is probably trying to break the bot
message(strings["fatal_error"])
client.reset()
client.put()
return response
else:
msg = strings["use_keyboard"]
if client.pin == 'no pin':
markup = {
"keyboard": [
[
strings["pin_keyboard"]
]
],
"one_time_keyboard": True
}
else:
markup = {
"keyboard": [
[
strings["member_keyboard_yes"]
],
[
strings["member_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
return response
elif client.status == '5':
p = re.compile(r'\d{4}$').match(text)
if p is None:
reply(strings["invalid_pin"])
else:
msg = strings["pin_msg_2"].format(text)
markup = {
"keyboard": [
[
strings["pin_keyboard_yes"]
],
[
strings["pin_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
client.status = '6'
client.pin = text
client.put()
return response
elif client.status == '6':
if text == strings["pin_keyboard_yes"]:
msg = strings["setup_summary"].format(client.groupName, client.memberName, client.pin)
markup = {
"keyboard": [
[
strings["summary_keyboard_yes"]
],
[
strings["summary_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
client.status = '7'
client.groupMembers = '' # flush datastore
client.put()
# inform myself of new user
messageMe(tokens["admin-id"], strings["setup_summary"].format(
client.groupName, client.memberName, "XXXX"))
return response
elif text == strings["pin_keyboard_no"]:
message(strings["pin_msg_3"])
client.status = '5'
client.put()
return response
else:
msg = strings["use_keyboard"]
markup = {
"keyboard": [
[
strings["pin_keyboard_yes"]
],
[
strings["pin_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
return response
elif client.status == '7':
if text == strings["summary_keyboard_no"]:
message(strings["SAF100"])
client.reset()
client.put()
return response
elif text == strings["summary_keyboard_yes"]:
hours = generateHours(0)
msg = strings["reminder_not_configured"] + strings["reminder_change_config"].format("AM")
markup = {
"keyboard": hours,
"one_time_keyboard": True
}
message(msg, markup)
client.status = 'remind wizard 1'
client.put()
return response
else:
msg = strings["use_keyboard"]
markup = {
"keyboard": [
[
strings["summary_keyboard_yes"]
],
[
strings["summary_keyboard_no"]
]
],
"one_time_keyboard": True
}
message(msg, markup)
return response
elif client.status == 'endgame 1':
now = datetime.now() + timedelta(hours=8)
if client.temp == 'none':
temperatures = generateTemperatures()
if now.hour < 12:
msg = strftime(now, strings["window_open_AM"])
else:
msg = strftime(now, strings["window_open_PM"])
markup = {
"keyboard": temperatures,
"one_time_keyboard": True
}
message(msg, markup)
client.status = 'endgame 2'
client.put()
else:
if now.hour < 12:
message((strftime(now,
strings["already_submitted_AM"]).format(client.temp)
+ strings["old_user_AM"]))
else:
message((strftime(now,
strings["already_submitted_PM"]).format(client.temp)
+ strings["old_user_PM"]))
return response
elif client.status == 'endgame 2':