def computeDistrict(call):
global districtCode, districtIdentifier
if call.data == 'district1':
districtIdentifier = '''Core Central Districts - inclusive of:\n\n
D1 - Temasek Blvd, Raffles Link\n
D2 - Anson, Tanjong Pagar\n
D4 - Telok Blangah, Harbourfront\n
D6 - High Street, Beach Road\n
D7 - Middle Road, Golden Mile\n
D9 - Orchard, Cairnhill, River Valley\n
D10 - Bukit Timah, Holland Rd, Tanglin\n
D11 - Watten Estate, Novena, Thomson\n
'''
districtCode = citi.districtFilter(1)
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"area":"Core Central Districts"}) #Save the area code
if call.data == 'district2':
districtIdentifier = '''Rest of Central Region - inclusive of:\n\n
D2 - Anson, Tanjong Pagar\n
D3 - Queenstown, Tiong Bahru\n
D7 - Middle Road, Golden Mile\n
D8 - Little India\n
D12 - Balestier, Toa Payoh, Serangoon\n
D13 - Macpherson, Braddell\n
D14 - Geylang, Eunos\n
D15 - Katong, Joo Chiat, Amber Road\n\n
'''
districtCode = citi.districtFilter(2)
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"area":"Rest of Central Region"}) #Save the area code
if call.data == 'district3':
districtIdentifier = '''Outside Central Region - inclusive of:\n\n
D5 - Pasir Panjang, Clementi\n
D16 - Bedok, Upper East Coast\n
D17 - Loyang, Changi\n
D18 - Tampines, Pasir Ris\n
D19 - Serangoon, Hougang, Punggol\n
D20 - Bishan, Ang Mo Kio\n
D21 - Upper Bukit Timah, Ulu Pandan\n
D22 - Jurong\n
D23 - Bukit Panjang, Choa Chu Kang\n
D24 - Lim Chu Kang, Tengah\n
D25 - Kranji, Woodgrove\n
D26 - Upper Thomson, Springleaf\n
D27 - Yishun, Sembawang\n
D28 - Seletar
'''
districtCode = citi.districtFilter(3)
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"area":"Outside Central Region"}) #Save the area code
def send_introduction(message):
r.hmset(message.chat.id, {"lastupdated":d.today()})
print(message.chat.id) #Your user id = 276269485
print('\n\n\n\n\n')
print(r.hgetall(message.chat.id))
print('\n\n\n\n\n')
bot.send_message(message.chat.id, """Hi! I am your friendly Housing Bot, able to help you analyse your financial situation and eligibility for\
properties. Also, I can help you search for properties based on your budget and requirements! \n\n Sounds exciting? Enter any of the\
following commands to try out!\n'/ask': To analyse your financial situation and eligibility for properties\n\n\
'/mypref': To set up your preferences BEFORE the property search\n\n\
'/searchnow': To search for properties based on your budget and requirements\n\n\
'/info': To assess your saved profile and preferences""")
def whatcom2(message):
chat_id = message.chat.id
bot.send_chat_action(chat_id, 'typing')
if message.text.isdigit():
global income2
income2 = int(message.text)
r.hmset(message.chat.id,{"lastupdated":d.today(),"income2":income2}) #Monthly income of the second person
msg = bot.send_message(chat_id, "What is your partner's monthly financial commitments and living expenses? \
(Eg. Car loans, credit card loans, personal loans.) Please enter a whole number")
bot.register_next_step_handler(msg, assess_afford2)
else:
msg = bot.send_message(chat_id, "I am sorry, I didn't quite catch that... Please try again")
bot.register_next_step_handler(msg, whatcom2)
def whatsalary2(message):
chat_id = message.chat.id
bot.send_chat_action(chat_id, 'typing')
if message.text.isdigit():
global funds2
funds2 = int(message.text)
r.hmset(message.chat.id,{"lastupdated":d.today(),"savings2":funds2}) # Money saved for House of the second person
msg = bot.send_message(chat_id, "What is your partner's gross monthly income? Please enter a whole number")
bot.register_next_step_handler(msg, whatcom2)
else:
msg = bot.send_message(chat_id, "I am sorry, I didn't quite catch that... Please try again")
bot.register_next_step_handler(msg, whatsalary2)
def assess_afford2(message):
chat_id = message.chat.id
bot.send_chat_action(chat_id, 'typing')
if message.text.isdigit():
global com2
global affordability
com2 = int(message.text)
r.hmset(message.chat.id,{"lastupdated":d.today(),"f_commitment2":com2}) #Saving the financial commitment of the second person
affordability = assessing_afford(chat_id)
bot.send_message(chat_id, "Your maximum affordability calculated is ${}.\
For a better reflection of your affordability, do consult a bank regarding loans available for you :)".format(affordability))
bot.send_message(chat_id, "If you would like me to do other things for you, just enter '/start'! :)")
else:
msg = bot.send_message(chat_id, "I am sorry, I didn't quite catch that... Please try again")
bot.register_next_step_handler(msg, assess_afford2)
def logTextMessage(message):
# split if they type 500000,600000
if len(message.text.split(','))==2: #'1','2'
global minimum, maximum, budget
minimum = int(message.text.split(',')[0]) #'1,2' -> [1,2]
maximum = int(message.text.split(',')[1])
budget = (citi.budget(minimum,maximum)) #budget logged
print('\n\n\n')
r.hmset(message.chat.id,{"lastupdated":d.today(),"budget":[minimum,maximum]})
print(r.hgetall(message.chat.id))
redisData = r.hget(message.chat.id,"budget")
print(redisData.decode('utf-8'))
print('\n\n\n')
print('Your budget = (minimum,maximum) = {},{}'.format(minimum,maximum))
bot.send_message(message.chat.id, 'Enter /sort to indicate your search preference')
def assess_afford(message):
chat_id = message.chat.id
bot.send_chat_action(chat_id, 'typing')
if message.text.isdigit():
global com1
global affordability
com1 = int(message.text)
r.hmset(message.chat.id,{"lastupdated":d.today(),"f_commitment1":com1}) #Saving the financial commitment of the 1st person
if joint2 == "On my own":
affordability = assessing_afford(chat_id)
bot.send_message(chat_id, "Your maximum affordability calculated is ${}.\
For a better reflection of your affordability, do consult a bank regarding loans available for you :)".format(affordability))
bot.send_message(chat_id, "If you would like me to do other things for you, just enter '/start'! :)")
else:
msg = bot.send_message(chat_id, "How much funds does your partner have available? (Include CPF OA savings & Personal Savings)\
\n\nPlease enter a whole number")
bot.register_next_step_handler(msg, whatsalary2)
else:
msg = bot.send_message(chat_id, "I am sorry, I didn't quite catch that... Please try again")
bot.register_next_step_handler(msg, assess_afford)
def searchProperty(message):
print(citi.addPropertyTypeFilter(propertyTypeSelection))
new_url = citi.urlGenerator(citi.addPropertyTypeFilter(propertyTypeIdentifier), budget)
print(new_url)
bot.send_message(message.chat.id, 'Searching in progress\nPlease wait patiently')
longdict = citi.getAllListingDetails(citi.getListingLinks(new_url))
global messageStorage
messageStorage = []
for index, listing in enumerate(longdict):
messageStorage.append(str(longdict[listing]).strip("{}").replace(":'","").replace("'", ''))
r.hmset(message.chat.id, {"lastupdated":d.today(),"propertylistingsData":messageStorage})
keyboard = types.InlineKeyboardMarkup()
nextButton = types.InlineKeyboardButton(text='Next', callback_data='next')
favButton = types.InlineKeyboardButton(text='Favorite', callback_data='fav')
keyboard.row(nextButton)
keyboard.row(favButton)
bot.send_message(message.chat.id, messageStorage[0], reply_markup=keyboard)
bot.send_message(message.chat.id, "If you would like me to do other things for you, just enter '/start'! :)")
def callback_inline(call):
global counter, sort
selections = ['hdb-1', 'hdb-2','hdb-3','hdb-4','hdb-5', 'condo', 'landed']
if call.message: # Processes only buttons from messages
if call.data == 'hdb':
print('User has picked HDB')
pickHDBroom(call)
elif call.data in selections:
print('Picking District')
print('User has picked a {}-room flat'.format(getDistrict(call)))
global propertyTypeSelection, propertyTypeIdentifier
if call.data == 'hdb-1':
propertyTypeSelection = 'HDB: 1 Room Flat'
propertyTypeIdentifier = 'hdb-1'
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"property_Type":propertyTypeSelection}) #Save the property type
if call.data == 'hdb-2':
propertyTypeSelection = 'HDB: 2 Room Flat'
propertyTypeIdentifier = 'hdb-2'
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"property_Type":propertyTypeSelection}) #Save the property type
if call.data == 'hdb-3':
propertyTypeSelection = 'HDB: 3 Room Flat'
propertyTypeIdentifier = 'hdb-3'
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"property_Type":propertyTypeSelection}) #Save the property type
if call.data == 'hdb-4':
propertyTypeSelection = 'HDB: 4 Room Flat'
propertyTypeIdentifier = 'hdb-4'
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"property_Type":propertyTypeSelection}) #Save the property type
if call.data == 'hdb-5':
propertyTypeSelection = 'HDB: 5 Room Flat'
propertyTypeIdentifier = 'hdb-5'
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"property_Type":propertyTypeSelection}) #Save the property type
if call.data == 'condo':
propertyTypeSelection = 'Condominium'
propertyTypeIdentifier = 'condo'
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"property_Type":propertyTypeSelection}) #Save the property type
if call.data == 'landed':
propertyTypeSelection = 'Landed Property'
propertyTypeIdentifier = 'landed'
r.hmset(call.message.chat.id,{"lastupdated":d.today(),"property_Type":propertyTypeSelection}) #Save the property type
getDistrict(call)
elif call.data == 'district1' or call.data == 'district2' or call.data == 'district3':
computeDistrict(call)
askBudget(call)
elif call.data == 'next':
counter += 1
nextItemListing(call)
elif call.data == 'previous':
counter -= 1
nextItemListing(call)
elif call.data == 'fav':
print(call)
if len(favouriteList)<=1:
favouriteList.append(call.message.text)
else:
bot.send_message(call.message.chat.id, 'You have a reached a maximum of 2 favourites. Enter /info to view and clear your favourited apartments.')
print(favouriteList)
elif call.data == 'addr' or call.data == 'price' or call.data == 'size' or call.data == 'psf':
sort = call.data
finalisedPreference(call)
