def test_text(self):
r = MessagingResponse()
r.append('No tags!')
assert_equal(
self.strip(r),
'<?xml version="1.0" encoding="UTF-8"?><Response>No tags!</Response>'
)
def test_redirect(self):
r = MessagingResponse()
r.redirect(url='example.com')
assert_equal(
self.strip(r),
'<?xml version="1.0" encoding="UTF-8"?><Response><Redirect>example.com</Redirect></Response>'
)
def test_body(self):
r = MessagingResponse()
r.message('Hello')
assert_equal(
self.strip(r),
'<?xml version="1.0" encoding="UTF-8"?><Response><Message>Hello</Message></Response>'
)
def sms_reply():
"""Respond to incoming calls with a simple text message."""
# Start our TwiML response
resp = MessagingResponse()
# Add a message
resp.message("The Robots are coming! Head for the hills!")
return str(resp)
def test_nested_body(self):
b = Body('Hello World')
r = MessagingResponse()
r.append(b)
assert_equal(
self.strip(r),
'<?xml version="1.0" encoding="UTF-8"?><Response><Body>Hello World</Body></Response>'
)
def respond_sms():
response = MessagingResponse()
# This is old logic which used a suid executable.
# process = subprocess.Popen(["/opt/lbearl/bin/c_sms", "-o"], stdout=subprocess.PIPE)
# stdout = process.communicate()[0]
# response.message(stdout.decode('utf-8'))
temp_data = open("/opt/lbearl/temp.txt", "r")
response.message(temp_data.read().decode('utf-8'))
return unicode(response)
def _send_single_result(employees):
response = MessagingResponse()
employee = employees[0]
employee_data = '\n'.join([employee.full_name,
employee.phone_number,
employee.email])
message = Message()
message.append(Body(employee_data))
message.append(Media(employee.image_url))
return str(response.append(message))
def _send_multiple_results(employees):
names = [employee.full_name for employee in employees]
session['choices'] = names
response = MessagingResponse()
message = ["We found multiple people, reply with:"]
for i, name in enumerate(names, 1):
message.append("%s for %s" % (i, name))
message.append("Or start over")
response.message('\n'.join(message))
return str(response)
def test_nested_body_media(self):
b = Body('Hello World')
m = Media('hey.jpg')
r = MessagingResponse()
r.append(b)
r.append(m)
assert_equal(
self.strip(r),
'<?xml version="1.0" encoding="UTF-8"?><Response><Body>Hello World</Body><Media>hey.jpg</Media></Response>'
)
def hello_monkey():
"""Respond to incoming calls with a simple text message."""
resp = MessagingResponse()
msg = Message()\
.body("Hello, Mobile Monkey")\
.media("https://demo.twilio.com/owl.png")
resp.append(msg)
return str(resp)
if __name__ == "__main__":
app.run(debug=True)
def sms_survey():
response = MessagingResponse()
survey = Survey.query.first()
if survey_error(survey, response.message):
return str(response)
if 'question_id' in session:
response.redirect(url_for('answer',
question_id=session['question_id']))
else:
welcome_user(survey, response.message)
redirect_to_first_question(response, survey)
return str(response)
def sms_reply():
"""Respond to incoming calls with a MMS message."""
# Start our TwiML response
resp = MessagingResponse()
# Add a text message
msg = resp.message("The Robots are coming! Head for the hills!")
# Add a picture message
msg.media(
"https://farm8.staticflickr.com/7090/6941316406_80b4d6d50e_z_d.jpg"
)
return str(resp)
def incoming_sms():
"""Send a dynamic reply to an incoming text message"""
# Get the message the user sent our Twilio number
body = request.values.get('Body', None)
# Start our TwiML response
resp = MessagingResponse()
# Determine the right reply for this message
if body == 'hello':
resp.message("Hi!")
elif body == 'bye':
resp.message("Goodbye")
return str(resp)
def hello_monkey():
"""Respond and greet the caller by name."""
# Try adding your own number to this list!
callers = {
"+14158675309": "Curious George",
"+14158675310": "Boots",
"+14158675311": "Virgil",
}
from_number = request.values.get('From', None)
message = callers[from_number] if from_number in callers else "Monkey"
resp = MessagingResponse()
resp.message("{}, thanks for the message!".format(message))
return str(resp)
def incoming_sms(request):
""" Changes worker activity and returns a confirmation """
client = Client(ACCOUNT_SID, AUTH_TOKEN)
activity = 'Idle' if request.POST['Body'].lower().strip() == 'on' else 'Offline'
activity_sid = WORKSPACE_INFO.activities[activity].sid
worker_sid = WORKSPACE_INFO.workers[request.POST['From']]
workspace_sid = WORKSPACE_INFO.workspace_sid
client.workspaces(workspace_sid)\
.workers(worker_sid)\
.update(activity_sid=activity_sid)
resp = MessagingResponse()
message = 'Your status has changed to ' + activity
resp.message(message)
return HttpResponse(resp)
def sms(request):
"""
Handle all incoming messages from Twilio.
This is the start of the message processing pipeline.
"""
logger.info('Received new sms')
r = MessagingResponse()
msg = InboundSms(request.POST)
msg.start_bg_tasks()
config = SiteConfiguration.get_solo()
if msg.reply and not config.disable_all_replies:
logger.info('Add reply (%s) to response', msg.reply)
r.message(msg.reply)
logger.info('Return response to Twilio')
return HttpResponse(str(r), content_type='application/xml')
def construct_message(labels, face_annotations, logos):
"""Build up the response from the labels found"""
# We'll use this to construct our response
response_text = PRETEXT
label_desc = ""
pos_labels = ['very likely', 'likely', 'possibly']
# Go through labels and turn them into text of the response
for i in range(len(labels)):
# We've got an answer! Let's tell them about it
label_desc += '\nScore is %s for %s' % (labels[i]['score'],
labels[i]['description'])
for i in range(len(logos)):
label_desc += '\nLogo score is %s for %s' % (logos[i]['score'],
logos[i]['description'])
joy, anger, sorrow, surprise = extract_sentiment(face_annotations)
for i in range(len(pos_labels)):
if joy[i] > 0:
label_desc += '\nWe found %s people who are ' \
'%s experiencing joy' % (joy[i], pos_labels[i])
if anger[i] > 0:
label_desc += '\nWe found %s people who are ' \
'%s experiencing anger' % (anger[i], pos_labels[i])
if sorrow[i] > 0:
label_desc += '\nWe found %s people who are ' \
'%s experiencing sorrow' \
% (sorrow[i], pos_labels[i])
if surprise[i] > 0:
label_desc += '\nWe found %s people who are ' \
'%s experiencing surprise' \
% (surprise[i], pos_labels[i])
# Add the prefix
if not label_desc:
label_desc = " No labels found."
response_text += label_desc
resp = MessagingResponse()
resp.message(response_text)
return resp
def hello_monkey():
"""Respond with the number of text messages sent between two parties."""
counter = session.get('counter', 0)
# increment the counter
counter += 1
# Save the new counter value in the session
session['counter'] = counter
to_number = request.values.get('To')
from_number = request.values.get('From', None)
name = callers[from_number] if from_number in callers else "Monkey"
message = "{} has messaged {} {} times".format(name, to_number, counter)
resp = MessagingResponse()
resp.message(body=message)
return str(resp)
def text_mixed(self):
r = MessagingResponse()
r.append('before')
r.append(Body('Content'))
r.append('after')
assert_equal(
self.strip(r),
'<?xml version="1.0" encoding="UTF-8"?><Response>before<Body>Content</Body>after</Response>'
)
def sms(request, message, to=None, sender=None, action=None, method='POST',
status_callback=None):
"""
NOTE: Now deprecated, please use message() instead
See: http://www.twilio.com/docs/api/twiml/sms
Usage::
# urls.py
urlpatterns = patterns('',
# ...
url(r'^sms/$', 'django_twilio.views.sms', {
'message': 'Hello, world!'
}),
# ...
)
"""
r = MessagingResponse()
r.message(body=message, to=to, sender=sender, method='POST', action=action,
status_callback=status_callback)
return r
def tw_handle_incoming_closed(sms_message):
"""handle incoming sms messages"""
#get and format the phone number from which msg was received
phone = sms_message["From"][2:]
#phone numbers are now stored as 9char strings, stripping all dashes,dots, etc
#phone_number = '-'.join([phone[:3], phone[3:6], phone[6:]])
#set up the response
resp = MessagingResponse()
#Find the user associated with this phone number
incoming_coach = match_coach_by_phone(phone)
#if the phone number does not match our db
if incoming_coach is None:
resp.message("The Reading Coach: Your phone number does not match our database.")
return str(resp)
#otherwise, send the message about the program end
resp.message("The Reading Coach: The 2018 Summer Reading Program has ended")
return str(resp)
def test_mixed(self):
r = MessagingResponse()
r.append('before')
r.add_child('Child').append('content')
r.append('after')
assert_equal(
self.strip(r),
'<?xml version="1.0" encoding="UTF-8"?><Response>before<Child>content</Child>after</Response>'
)
def receive_message():
"""Run a label request on an image received from Twilio"""
resp = MessagingResponse()
attachments = int(request.values.get('NumMedia', 0))
if not attachments:
response_text = "No media attachments found."
resp.message(response_text)
return str(resp)
# Process media attachments
for i in range(attachments):
media_content_type = request.values.get('MediaContentType%i' % i, None)
# First, check to see if we can use the attachment
if media_content_type in ACCEPTABLE_FILE_TYPES:
# get the image
media_url = request.values.get('MediaUrl%i' % i, None)
image = requests.get(media_url).content
# Query the API
labels, face_annotations, logos = get_labels(image)
logging.info("got labels %s", str(labels))
# We're only looking at the first image
break
else:
response_text = "We are not able to process this type of attachment."
resp.message(response_text)
return str(resp)
# Construct the response
resp = construct_message(labels, face_annotations, logos)
return str(resp)
def message(request, message, to=None, sender=None, action=None,
methods='POST', media=None, status_callback=None):
"""
See: https://www.twilio.com/docs/api/twiml/sms/message
Usage::
# urls.py
urlpatterns = patterns('',
# ...
url(r'^sms/$', 'django_twilio.views.message', {
'message': 'Hello, world!',
'media': 'http://fullpath.com/my_image.png'
}),
# ...
)
"""
r = MessagingResponse()
r.message(body=message, to=to, sender=sender, method='POST',
action=action, statusCallback=status_callback,
media=media)
return r
def hello():
"""Respond with the number of text messages sent between two parties."""
# Increment the counter
counter = session.get('counter', 0)
counter += 1
# Save the new counter value in the session
session['counter'] = counter
from_number = request.values.get('From')
if from_number in callers:
name = callers[from_number]
else:
name = "Friend"
# Build our reply
message = '{} has messaged {} {} times.' \
.format(name, request.values.get('To'), counter)
# Put it in a TwiML response
resp = MessagingResponse()
resp.message(message)
return str(resp)
def sms():
counter = session.get('counter', 0)
work_flow = session.get('work_flow', [])
counter += 1
session['counter'] = counter
resp = MessagingResponse()
print counter
if counter == 1:
#resp = MessagingResponse()
number = request.form['From']
city, state = getCityLocation(number)
print "counter is 1"
resp.message(
'Hello There! Welcome to Virtual Doc. Hope the weather is great at '
+ city + ' ' + state +
'. If you know your disease press 1 or else press 2')
return str(resp)
elif counter == 2:
#work_flow = []
message_body = request.form['Body']
print "counter is 2"
if message_body == '1':
resp.message(
"Tell me your disease and I will give you the medication")
work_flow.append(1)
else:
work_flow.append(2)
resp.message(
"Let me diagnose you! Let's get a bit more specific. \n Press 1 if you have you any discomfort in your chest. \n Press 2 if you have any body pain. \n Press 3 if you are experiencing pain in your head."
)
session['work_flow'] = work_flow
print work_flow
return str(resp)
elif counter == 3:
#work_flow.append(2)
if work_flow[-1] == 2:
message_body = request.form['Body']
if message_body == '1':
work_flow.append(1)
print 'Inside 1'
resp.message(
"Don't worry I'll solve your problem, just answer the below questions with a number between 0 to 5. With 5 being severe. \n 1) Severity of Acid Flux? \n 2) Difficulty to swallow \n 3) Severity of wheezing \n 4) Severity of rapid breathing \n 5) Severity of restlessness \n 6) Severity of panic \n Keep a space between each value. Ex - 5 1 0 0"
)
elif message_body == '2':
work_flow.append(2)
resp.message(
"Don't worry I'll solve your problem, just answer the below questions with a number between 0 to 5. With 5 being severe. \n 1) Severity of Running Nose? \n 2) Severity of tiredness \n 3) Severity of Vomiting \n 4) Severity of muscle soreness \n 5) Severity of getting chills \n 6) Severity of body temperature \n 7) Severity of nauseous \n Keep a space between each value. Ex - 5 1 0 0"
)
print 'Inside 2'
else:
work_flow.append(3)
resp.message(
"Don't worry I'll solve your problem, just answer the below questions with a number between 0 to 5. With 5 being severe. \n 1) Severity of pain on one side of your head \n 2) Is the pain intense? - 0 for No or 1 for Yes \n 3) Is the pain mild? - 0 for No or 1 for Yes \n 4) Severity of pain on all parts of your head \n Keep a space between each value. Ex - 5 1 0 0"
)
print 'Inside 3'
else:
message_body = request.form['Body']
drug_name_store_price_map = getDrugStoresAndPrice(message_body)
#print drug_name_store_price_map
final_str = ''
for each_drug in drug_name_store_price_map.keys():
store_name, price = drug_name_store_price_map[each_drug]
make_str = each_drug + ': '
new_str = ''
for i in range(0, 4): #len(store_name)
new_str += store_name[i] + ' : ' + price[i] + ", "
make_str += new_str
final_str += make_str + ", "
print(final_str)
#resp = MessagingResponse()
resp.message('Drugs that you can use ' + final_str + " " +
str(counter))
#session.close()
session['work_flow'] = work_flow
print work_flow
return str(resp)
elif counter == 4 and len(work_flow) == 2:
message_body = request.form['Body']
print(message_body)
message_body = message_body.split(" ")
if work_flow[-1] == 1:
test_list = [
message_body[0], message_body[1], message_body[2],
message_body[3], message_body[4], message_body[5], 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0
]
elif work_flow[-1] == 2:
test_list = [
0, 0, 0, 0, 0, 0, message_body[0], message_body[1],
message_body[2], message_body[3], message_body[4],
message_body[5], message_body[6], 0, 0, 0, 0
]
else:
test_list = [
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, message_body[0],
message_body[1], message_body[2], message_body[3]
]
disease = getDisease(test_list)
print disease
drug_name_store_price_map = getDrugStoresAndPrice(disease)
#print drug_name_store_price_map
final_str = ''
for each_drug in drug_name_store_price_map.keys():
store_name, price = drug_name_store_price_map[each_drug]
make_str = each_drug + ': '
new_str = ''
for i in range(0, 4): #len(store_name)
new_str += store_name[i] + ' : ' + price[i] + ", "
make_str += new_str
final_str += make_str + ", "
print(final_str)
#resp = MessagingResponse()
resp.message('Oh Shit! You have ' + disease +
'. Drugs that you can use ' + final_str + " " +
str(counter))
#resp.message('')
return str(resp)
else:
session['counter'] = 0
counter = 0
session['work_flow'] = []
resp.message('Bye')
#session.close()
return str(resp)
def bot():
# print("AccountSid: "+request.values.get('AccountSid', ''))
print("From: " + request.values.get('From', ''))
# print("Date: "+request.values.get('dateCreated', ''))
# print("AccountSid: "+request.values.get('Sid', ''))
# print("ErrorMessage: "+request.values.get('ErrorMessage', ''))
# print("Content: "+request.values.get('Body', ''))
customermobno = request.values.get('From', '')
start_index = customermobno.index('+')
end_index = len(customermobno)
# print("Incoming From : Start: {0} End: {1} ".format(start_index, end_index))
incoming_msg = request.values.get('Body', '').lower()
resp = MessagingResponse()
msg = resp.message()
greetings = """===============================================================
*เฎตเฎฃเฎเฏเฎเฎฎเฏ เฎฎเฎคเฏเฎฐเฏ เฎฎเฎเฏเฎเฎณเฏ*
เฎเฎคเฏ เฎเฎฐเฏ เฎคเฎพเฎฉเฎฟเฎฏเฎเฏเฎเฎฟ เฎเฎเฎพเฎเฏเฎฎเฏ เฎเฏเฎตเฏ
*_เฎฎเฏเฎเฏเฎเฎฟเฎฏ เฎ
เฎฑเฎฟเฎตเฎฟเฎชเฏเฎชเฏ_*:
เฎฎเฎฐเฏเฎคเฏเฎคเฏเฎตเฎฎเฏ, เฎคเฏ เฎฎเฎฑเฏเฎฑเฏเฎฎเฏ เฎเฏเฎฐเฏเฎฉเฎพ เฎ
เฎตเฎเฎฐ เฎคเฏเฎตเฏเฎเฎณเฏเฎเฏเฎเฏ
เฎ
เฎฐเฎเฏ เฎเฎฃเฏเฎเฎณเฏ เฎคเฏเฎเฎฐเฏเฎชเฏ เฎเฏเฎณเฏเฎณเฎตเฏเฎฎเฏ.
เฎฎเฎฑเฏเฎฑ เฎเฎคเฎฐ เฎเฏเฎตเฏเฎเฎณเฏเฎเฏเฎเฏ เฎชเฎฟเฎฉเฏ เฎตเฎฐเฏเฎฎเฏ เฎชเฎเฏเฎเฎฟเฎฏเฎฒเฎฟเฎฒเฏ เฎเฎฐเฏเฎจเฏเฎคเฏ เฎคเฏเฎฐเฏเฎตเฏ เฎเฏเฎฏเฏเฎ,
*Welcome people of Madurai*
This is an automated whatsapp chat bot
*_Warning_*:
Please call government helpline numbers if you have
Medical, Fire or Corona related Emergency.
For other support kindly select from below choice,
===============================================================
*1* เฎเฎฃเฎตเฏ, เฎเฎพเฎฏเฏเฎเฎฑเฎฟ, เฎชเฎดเฎเฏเฎเฎณเฏ, เฎฎเฎณเฎฟเฎเฏ เฎคเฏเฎตเฏเฎเฎณเฏ / Food, Groceries
*2* เฎฎเฎฐเฏเฎคเฏเฎคเฏเฎต เฎคเฏเฎตเฏเฎเฎณเฏ [ เฎเฎฐเฎคเฏเฎคเฎฎเฏ, เฎฎเฎฐเฏเฎจเฏเฎคเฏเฎเฎณเฏ ] / Medical Supplies
*3* เฎเฏเฎเฎฟ เฎจเฏเฎฐเฏ เฎคเฏเฎตเฏเฎเฎณเฏ / Drinking Water Requirements
*4* เฎฎเฎฟเฎฉเฏ เฎชเฏเฎเฎพเฎฐเฏ / Electricity Complaints
*5* เฎเฏเฎเฎพเฎคเฎพเฎฐ เฎเฏเฎฑเฏเฎเฎณเฏ / Sanitation Needs
*6* เฎ
เฎตเฎเฎฐ เฎชเฎฏเฎฃ เฎเฏเฎฐเฎฟเฎเฏเฎเฏ / Emergency Travel Requests
*7* เฎคเฎเฏเฎเฎณเฏ เฎเฏเฎฐเฎฟเฎเฏเฎเฏเฎฏเฎฟเฎฉเฏ เฎจเฎฟเฎฒเฏ / Status of the Requests
*8* เฎคเฎฉเฏเฎฉเฎพเฎฐเฏเฎตเฎฒเฎฐเฏเฎเฎณเฎพเฎ เฎชเฎฃเฎฟเฎฏเฎพเฎฑเฏเฎฑ เฎตเฎฟเฎฐเฏเฎชเฏเฎชเฎฎเฏ / Volunteer Registration
*9* เฎเฎเฏเฎเฎณเฏ เฎคเฏเฎเฎฐเฏเฎชเฏเฎเฏเฎณเฏเฎณ / Contact Us
เฎคเฎพเฎเฏเฎเฎณเฏ เฎตเฎฟเฎฐเฏเฎฎเฏเฎชเฏเฎฎเฏ เฎเฏเฎตเฏเฎเฏเฎเฏ เฎจเฎฟเฎเฎฐเฎพเฎฉ เฎเฎฃเฏเฎฃเฏ เฎเฎณเฏเฎณเฏเฎเฏ เฎเฏเฎฏเฏเฎ.
_เฎเฎคเฎพเฎฐเฎฃเฎคเฏเฎคเฎฟเฎฑเฏเฎเฏ_ เฎฎเฎฟเฎฉเฏ เฎชเฏเฎเฎพเฎฐเฏเฎเฏเฎเฏ เฎเฎฃเฏ 4 เฎ
เฎดเฏเฎคเฏเฎคเฎตเฏเฎฎเฏ
Kindly enter the number which corresponds to the needed support
_Example_: Press 4 if you want support in Electricity Complaints
===============================================================
"""
requestreceived = """เฎคเฎเฏเฎเฎณเฏ เฎเฏเฎฐเฎฟเฎเฏเฎเฏ เฎชเฎคเฎฟเฎฏเฎชเฏเฎชเฎเฏเฎเฎคเฏ
Your request is received"""
inprogress = """เฎเฎจเฏเฎค เฎตเฎเฎคเฎฟ เฎเฎเฏเฎเฏเฎฎเฎพเฎฉเฎคเฏเฎคเฎฟเฎฒเฏ เฎเฎณเฏเฎณเฎคเฏเฎคเฏ
This feature is in progress"""
volunteerregistration = """เฎคเฎเฏเฎเฎณเฏ เฎเฎฐเฏเฎตเฎคเฏเฎคเฎฟเฎฑเฏเฎเฏ เฎจเฎฉเฏเฎฑเฎฟ! เฎตเฎฟเฎฐเฏเฎตเฎฟเฎฒเฏ เฎเฎเฏเฎเฏเฎณเฏ เฎคเฏเฎเฎฐเฏเฎชเฏ เฎเฏเฎณเฏเฎตเฏเฎฎเฏ
Thank you for your interest! You will hear from us shortly"""
aboutus = """เฎฎเฎคเฏเฎฐเฏ เฎคเฎฉเฏเฎฉเฎพเฎฐเฏเฎตเฏ เฎเฏเฎตเฏเฎเฎณเฏ
Madurai Voluntary Services
+91 8220287172 / +91 8758410258
เฎฎเฏเฎฉเฏเฎชเฏเฎฑเฎฟเฎฏเฎพเฎณเฎฐเฏ เฎคเฏเฎเฎฐเฏเฎชเฏ / Developer Contact:
+91 9943634523"""
if incoming_msg.strip().isdigit():
if int(incoming_msg.strip()) >= 1 and int(incoming_msg.strip()) <= 6:
msg.body(requestreceived)
update_db(customermobno, int(incoming_msg.strip()))
if int(incoming_msg.strip()) == 7:
msg.body(inprogress)
update_db(customermobno, 7)
if int(incoming_msg.strip()) == 8:
msg.body(volunteerregistration)
update_db(customermobno, 8)
if '9' == incoming_msg:
msg.body(aboutus)
if int(incoming_msg.strip()) >= 10:
msg.body(greetings)
else:
msg.body(greetings)
return str(resp)
def respond(message):
response = MessagingResponse()
response.message(message)
return str(response)
def sms_reply():
"""Respond to incoming calls with a simple text message."""
# Fetch the message
msg = request.form.get('Body')
# Create reply
resp = MessagingResponse()
response = MessagingResponse()
message = Message()
#resp.message("You said: {}".format(msg))
if msg == "1":
resp.message("Your A/c XXXXXXX2138 on 02/02/2020 .Avl Bal Rs " +
str(data[m - 1, n - 1]))
if msg == "2":
message.body('Expenditure Categorisation')
message.media('https://cc70f734.ngrok.io/as1.png')
response.append(message)
return str(response)
if msg == "3":
message.body('Atms near me')
message.media('https://cc70f734.ngrok.io/atms.png')
response.append(message)
return str(response)
if msg == "4":
resp.message(
"Standard Chartered Bank Personal Loan Details" +
"Loan available for both salaried and self-employed professionals. Borrowers within the age group of 23 and 58 years."
+
"Loan amount of minimum โน 1 Lakh to โน 30 Lakh. Standard Chartered personal loan rate of interest is in the range of 10.99% to 19.00%."
)
if msg == "5":
resp.message("you opted option 5")
if msg == "6":
message.body('transaction history')
message.media('https://cc70f734.ngrok.io/transition.png')
response.append(message)
return str(response)
if msg == "Options":
resp.message(
"Transaction History:\n1-Balance Enquiry\n2-Expenditure Categorisation\n3-ATM Near Me\n4-Loan Details\n5-Balance Analysis\n6-Transaction History"
)
return str(resp)
def sms_reply():
resp = MessagingResponse()
resp.messages("I'm great too!")
return str(resp)
def _send_not_found():
response = MessagingResponse()
response.message(NOT_FOUND_MESSAGE)
return str(response)
from twilio.twiml.messaging_response import Body, Message, Redirect, MessagingResponse
response = MessagingResponse()
message = Message()
message.body('Hello World!')
response.append(message)
response.redirect('https://demo.twilio.com/sms/welcome')
print(response)
def process_response(self, req, resp, resource, req_succeeded):
'''Post-request middleware to turn the response into twilio's XML format'''
twil_resp = MessagingResponse()
twil_resp.message(resp.body)
resp.body = str(twil_resp)
async def handle_incoming(request):
form = await request.post()
message_sid = form['MessageSid']
from_number = form['From']
num_media = int(form.get('NumMedia', 0))
message = form.get('Body', None)
session = request.app['session']()
user = User.get_or_create_user(session, from_number)
def log(message='', event=None, **kwargs):
extra = {
'user_id': user.id,
'tc_status': user.tc_status,
'message_sid': message_sid
}
if event is not None:
extra[event] = True
extra.update(kwargs)
logger.info(message, extra=extra)
log('Received message', event='received_message')
if num_media > 0:
media_files = [(form.get("MediaUrl{}".format(i), ''),
form.get("MediaContentType{}".format(i), ''))
for i in range(0, num_media)]
for media_url, _ in media_files:
# TODO upload pictures to google cloud storage and delete from twilio servers
picture = Picture(source_url=media_url,
create_time=datetime.now(),
message_sid=message_sid)
print(media_url)
session.add(picture)
user.add_pending(picture)
session.commit()
worker_loop = request.app['worker']['loop']
response = None
if user.tc_status is TCStatus.NOTHING:
log('New user, sending terms and conditions', 'send_tc')
response = config.TC_AGREEMENT_TEXT
user.tc_status = TCStatus.SENT
elif user.tc_status is TCStatus.SENT:
if message is not None:
if message.upper() == 'YES':
log('Agreed to terms and conditions', 'tc_agreed')
user.tc_status = TCStatus.AGREED
response = 'Thank you for agreeing to the terms and conditions.'
if len(user.pending) > 0:
response += " Processing your {} picture(s) now".format(
len(user.pending))
asyncio.run_coroutine_threadsafe(
process_pictures(session, user.pending), worker_loop)
# await process_pictures(session, user.pending)
else:
response += " You can now send me pictures to convert"
else:
log('Remind to agree to terms and conditions', 'tc_remind')
response = 'You must agree to the terms and conditions by responding YES before continuing.'
if len(user.pending) > 0:
response += " You have {} pictures pending".format(
len(user.pending))
response = ' '.join(response)
else:
assert user.tc_status is TCStatus.AGREED
if num_media > 0:
log('Received new pictures',
'more_pictures',
num_new_pictures=num_media)
response = "Got it! Hard at work processing {} more /picture(s) for you!".format(
num_media)
asyncio.run_coroutine_threadsafe(
process_pictures(session, user.pending), worker_loop)
# await process_pictures(session, user.pending)
session.commit()
if not response:
response = "Sorry, I didn't understand that!"
mesg_resp = MessagingResponse()
mesg_resp.message(response)
return Response(text=str(mesg_resp), content_type='text/xml')
def sms_reply():
resp = MessagingResponse()
resp.message("I do not love you")
return str(resp)
from twilio.twiml.messaging_response import Message, MessagingResponse
response = MessagingResponse()
response.message(
'Store Location: 123 Easy St.', action='/SmsHandler.php', method='POST'
)
print(response)
def timet():
count = 0
while (True):
days = [
"monday.txt", "tuesday.txt", "wednesday.txt", "thursday.txt",
"friday.txt", "saturday.txt", "sunday.txt"
]
d = datetime.datetime.today().weekday()
account_sid = "ACb8d91a3df5c33396b226bb1cee1b85b5"
auth_token = "93456d7a03cbd46568978f47aed90011"
mobile_number = [
"+919936284777",
]
for i in mobile_number:
f = open('days/' + days[d], 'r')
client = Client(account_sid, auth_token)
message = client.messages.create(from_='whatsapp:+14155238886',
body=f.read(),
to='whatsapp:' + i)
f.close()
f.close()
count += 1
if count == 5:
break
time.sleep(5)
reply = ""
days = [
"monday.txt", "tuesday.txt", "wednesday.txt", "thursday.txt",
"friday.txt", "saturday.txt", "sunday.txt"
]
d = datetime.datetime.today().weekday()
f = open('days/' + days[d], 'r')
body = request.values.get('Body', None)
if 'update' in body.lower():
reply = f.read()
f.close()
elif 'broadcast' in body.lower():
msg = "Broadcast from " + str(request.values.get(
'From', None))[-13:] + ":\n" + body[10:]
account_sid = "ACb8d91a3df5c33396b226bb1cee1b85b5"
auth_token = "93456d7a03cbd46568978f47aed90011"
mobile_number = [
"+919936284777", "+919260972911", "+919755761191", "+917448009954",
"+917004727387"
]
for i in mobile_number:
f = open('days/' + days[d], 'r')
client = Client(account_sid, auth_token)
message = client.messages.create(from_='whatsapp:+14155238886',
body=msg,
to='whatsapp:' + i)
f.close()
reply = "Message broadcasted."
else:
reply = "Have a good day!"
resp = MessagingResponse()
resp.message(reply)
return str(resp)
def sms():
rVal = ""
msg = request.form['Body']
try:
incomingMsgBody = utils.parseIncomingMessage(msg)
except ValueError:
incomingMsgBody = Utils.IncomingMessageStruct(
reqType=sInfo.ERROR,
error=
"Please use fewer symbols in your query. Take out one of these 9: ['<', '>', '@', '#', '%', '^', '&', '*', ';', '/']"
)
msgResp = MessagingResponse()
reqType = incomingMsgBody.reqType
error = False
if incomingMsgBody.error is None:
if incomingMsgBody.reqType == sInfo.GOOGLE_SEARCH:
try:
gRes = resGen.get_search_result(incomingMsgBody.googleQuery)
if len(gRes) == 0:
rVal = "Please refine your query. Use proper english. No results were found."
error = True
else:
r = "%s%s" % (incomingMsgBody.googleQuery,
sInfo.resultOutterDelim)
for result in gRes:
currString = "%s%s%s" % (result.description,
sInfo.resultInnerDelim,
sInfo.resultOutterDelim)
r = r + currString
rVal = r
except:
rVal = "Error made by me. Please contact me. Error: Search Library not working"
error = True
elif incomingMsgBody.reqType == sInfo.TRANSLATION:
try:
if incomingMsgBody.transTo is not None and incomingMsgBody.transText is not None:
tRes = resGen.get_translation(
_tolang=incomingMsgBody.transTo,
_fromlang=incomingMsgBody.transFrom,
text=incomingMsgBody.transText)
if tRes.error is None:
rVal = "%s%s%s%s%s%s%s" % (
utils.lang(tRes.fromLang), sInfo.resultInnerDelim,
utils.lang(tRes.toLang), sInfo.resultInnerDelim,
tRes.fromText, sInfo.resultInnerDelim, tRes.toText)
else:
rVal = tRes.error
error = True
else:
rVal = "Error made by me. Please contact me. Error: TO AND TEXT IN TRANS NONE"
error = True
except:
rVal = "Error made by me. Please contact me. Error: Translation Library not working"
error = True
elif incomingMsgBody.reqType == sInfo.DIRECTIONS:
try:
if incomingMsgBody.dirTo is not None and incomingMsgBody.dirFrom is not None:
dRes = resGen.get_directions(_from=incomingMsgBody.dirFrom,
_to=incomingMsgBody.dirTo,
_mode=incomingMsgBody.dirMode)
if dRes[0].error is None:
rVal = dRes
else:
rVal = dRes[0].error
error = True
else:
rVal = "Error made by me. Please contact me. Error: TO AND FROM IN DIR NONE"
except:
rVal = "Error made by me. Please contact me. Error: Directions Library not working"
error = True
elif incomingMsgBody.reqType == sInfo.SPORTS:
try:
if incomingMsgBody.sportSport is not None and incomingMsgBody.sportHome is not None and incomingMsgBody.sportAway is not None:
sRes = resGen.get_sport_update(
incomingMsgBody.sportSport,
[incomingMsgBody.sportHome, incomingMsgBody.sportAway])
if sRes.error is None:
rVal = "%s%s%s%s%s%s%s%s" % (
sRes.home_team, sInfo.resultInnerDelim,
sRes.away_team, sInfo.resultInnerDelim,
sRes.home_score, sInfo.resultInnerDelim,
sRes.away_score, sInfo.resultOutterDelim)
else:
rVal = sRes.error
error = True
else:
rVal = "Error made by me. Please contact me. Error: TO AND FROM IN DIR NONE"
error = True
except:
rVal = "Error made by me. Please contact me. Error: Sports Library not working"
error = True
else:
rVal = incomingMsgBody.error
error = True
if isinstance(rVal, list):
if not error:
r = "%s%s%s%s" % (incomingMsgBody.dirFrom, sInfo.resultInnerDelim,
incomingMsgBody.dirTo, sInfo.resultOutterDelim)
for i in range(len(rVal)):
dir = rVal[i]
# The return string must have at least 1 resultInnerDelim and 1 resultOutterDelim. It will follow the general format of
# [REQTYPE][TEXT 1][RESULTOUTTERDELIM]...[TEXT N][RESULTOUTTERDELIM]
# Each TEXT has format [INFO 1][RESULTINNERDELIM]...[INFO N][RESULTINNERDELIM]
currString = "%s%s%s%s%s%s" % (
dir.distance, sInfo.resultInnerDelim, dir.time,
sInfo.resultInnerDelim, dir.instruction,
sInfo.resultOutterDelim)
r = r + currString
msgResp.message(str(reqType) + '' + r)
else:
msgResp.message(str(sInfo.ERROR) + '' + rVal)
else:
if not error:
msgResp.message(str(reqType) + '' + str(rVal))
else:
msgResp.message(str(sInfo.ERROR) + '' + str(rVal))
return str(msgResp)
from flask import Flask, request, jsonify, make_response
from twilio.twiml.messaging_response import MessagingResponse
import Utils
from ResultGeneration import ResultGen as res
import json
app = Flask(__name__)
sInfo = Utils.SharedInfo()
resp = MessagingResponse()
resGen = res()
utils = Utils.Utils()
@app.route('/sms', methods=['POST', 'GET'])
def sms():
rVal = ""
msg = request.form['Body']
try:
incomingMsgBody = utils.parseIncomingMessage(msg)
except ValueError:
incomingMsgBody = Utils.IncomingMessageStruct(
reqType=sInfo.ERROR,
error=
"Please use fewer symbols in your query. Take out one of these 9: ['<', '>', '@', '#', '%', '^', '&', '*', ';', '/']"
)
msgResp = MessagingResponse()
reqType = incomingMsgBody.reqType
error = False
if incomingMsgBody.error is None:
def post(cls) -> Response:
message_body = request.form['Body']
response = MessagingResponse()
response.message('the')
return Response(response)
def sms_welcome_message():
resp = MessagingResponse()
resp.message(str(const.WELCOME_MESSAGE))
return str(resp)
def whatsApp_portal(request):
lang = "EN" # change to BN . Dont use translate if lang = EN
try:
if request.method == 'POST':
incoming_msg = request.POST['Body'].lower()
aadhar = incoming_msg[1:]
resp = MessagingResponse()
msg = resp.message()
#msg1 = resp.message()
#msg2 = resp.message()
responded = False
try:
#quote = "booo"
#msg.body(quote)
dos = Dosage.objects.get(matchedaadhar=aadhar)
res = Register.objects.get(fullaadhar=aadhar)
quote = "Your next dosage date and details are"
if res.lang_pref == 'Hindi':
lang = "HI"
if res.lang_pref == 'Bengali':
lang = "BN"
if incoming_msg[0] == '1' and lang != "EN":
responded = True
translator= Translator(to_lang=lang)
translation = translator.translate(quote)
quote1 = str(dos.dosage_date)
quotet2 = dos.dosage_details
quote2 = translator.translate(quotet2)
quote3 = ": "
quote4 = " "
quote5 = translator.translate("Dosage date")
quote6 = translator.translate("Dosage details")
msg.body(translation+quote3+quote4+quote5+quote3+quote1+quote4+quote6+quote3+quote2)
elif incoming_msg[0] == '1' and lang == "EN":
responded = True
#translator= Translator(to_lang=lang)
#translation = translator.translate(quote)
quote1 = str(dos.dosage_date)
quote2 = dos.dosage_details
#quote2 = translator.translate(quotet2)
quote3 = ": "
quote4 = " "
quote5 = "Dosage date"
quote6 = "Dosage details"
msg.body(quote+quote3+quote4+quote5+quote3+quote1+quote4+quote6+quote3+quote2)
if incoming_msg[0] == '2' and lang != "EN":
upcoming = Event.objects.order_by('day')
dt = datetime.date.today()
responded = True
#dates = Event.objects.order_by('day')
for up in upcoming:
if dt.strftime('%B') == up.day.strftime('%B'):
translator= Translator(to_lang=lang)
quote = str(up.day)
quotet = up.notes
quote1 = translator.translate(quotet)
quotet2 = str(up.start_time)
quote2 = translator.translate(quotet2)
quote3 = str(up.end_time)
quote4 = " "
#quote8 = '/n'
msg.body(quote1 +quote4+ quote+quote4+ quote2+quote4 + quote3 )
elif incoming_msg[0] == '2' and lang == "EN":
#if incoming_msg[0] == '2' and lang != "EN":
upcoming = Event.objects.order_by('day')
dt = datetime.date.today()
responded = True
#dates = Event.objects.order_by('day')
for up in upcoming:
if dt.strftime('%B') == up.day.strftime('%B'):
#translator= Translator(to_lang=lang)
quote = str(up.day) #quote1 = up.notes
#quote1 = translator.translate(quotet)
quote1 = up.notes
quote2 = str(up.start_time)
#quote2 = translator.translate(quotet2)
quote3 = str(up.end_time)
quote4 = " "
#quote8 = '/n'
msg.body(quote1 +quote4+ quote+quote4+ quote2+quote4 + quote3 )
if incoming_msg[0] == '3' and lang != "EN":
translator= Translator(to_lang=lang)
quotet1 = "Available dates for checkup "
quote1 = translator.translate(quotet1)
responded = True
#msg.body(quotet1)
try:
absentees_checkup = Event.objects.filter(notes="checkup for absentees")
msg.body(quote1)
for a in absentees_checkup:
quote2 = str(a.day)
msg.body(quote2)
except Event.DoesNotExist:
quotet3 = 'No dates available for checkup'
quote3 = translator.translate(quotet3)
msg.body(quote3)
elif incoming_msg[0] == '3' and lang == "EN":
#translator= Translator(to_lang=lang)
quote1 = "Available dates for checkup "
#quote1 = translator.translate(quotet1)
responded = True
#msg.body(quotet1)
try:
absentees_checkup = Event.objects.filter(notes="checkup for absentees")
msg.body(quote1)
for a in absentees_checkup:
quote2 = str(a.day)
msg.body(quote2)
except Event.DoesNotExist:
quote3 = 'No dates available for checkup'
#quote3 = translator.translate(quotet3)
msg.body(quote3)
if incoming_msg[0] != '2' and incoming_msg[0] != '1' and incoming_msg[0] != '3' and lang != "EN":
quote = 'Wrong input. Type 1 with your aadhar to get dosage details and 2 with your aadhar for events.'
translator= Translator(to_lang=lang)
translation = translator.translate(quote)
responded = True
msg.body(translation)
elif incoming_msg[0] != '2' and incoming_msg[0] != '1' and incoming_msg[0] != '3' and lang == "EN":
quote = 'Wrong input. Type 1 with your aadhar to get dosage details and 2 with your aadhar for events.'
translator= Translator(to_lang=lang)
responded = True
translation = translator.translate(quote)
msg.body(translation)
except Dosage.DoesNotExist:
try:
inc = incoming_msg[10:]
dos = Dosage.objects.get(matchedaadhar=inc)
res = Register.objects.get(fullaadhar=inc)
search = Event.objects.filter(notes="checkup for absentees")
responded = True
#lang = "EN"
if res.lang_pref == 'Hindi':
lang = "HI"
if res.lang_pref == 'Bengali':
lang = "BN"
if res.lang_pref == 'English':
done = 0
#translator= Translator(to_lang=lang)
#fixed = ""
for d in search:
if str(d.day) == incoming_msg[0:10]:
#fixed = Event.objects.get(day=d.day)
done = 1
#break
#translator= Translator(to_lang=lang)
if done == 1:
dos.dosage_date = d.day
dos.save()
quote = 'Your checkup date has been set.'
quote2 = str(d.day)
quote3 = str(d.start_time)
quote4 = str(d.end_time)
quote5 = " "
#translator= Translator(to_lang=lang)
#translation = translator.translate(quote)
#msg.body(translation+quote2)
msg.body(quote+quote5+quote2+quote5+quote3+quote5+quote4)
break
if done == 0:
quote = 'This date is not available for checkup.'
#translation = translator.translate(quote)
msg.body(quote)
else:
done = 0
translator= Translator(to_lang=lang)
#fixed = ""
for d in search:
if str(d.day) == incoming_msg[0:10]:
#fixed = Event.objects.get(day=d.day)
done = 1
#break
#translator= Translator(to_lang=lang)
if done == 1:
dos.dosage_date = d.day
dos.save()
quote = 'Your checkup date has been set.'
quote2 = str(d.day)
quote3 = str(d.start_time)
quote4 = str(d.end_time)
quote5 = " "
#translator= Translator(to_lang=lang)
translation = translator.translate(quote)
#msg.body(translation+quote2)
msg.body(translation+quote5+quote2+quote5+quote3+quote5+quote4)
break
if done == 0:
quote = 'This date is not available for checkup.'
translation = translator.translate(quote)
msg.body(translation)
except Dosage.DoesNotExist:
responded = True
quote = " Type 1 with aadhar number to get dosage details, 2 with aadhar number to get event details, 3 with aadhar to get checkup dates and <date><aadhar number> to reschedule dosage date"
msg.body(quote)
#quote = 'Enter aadhar number correctly.Type 1 with your aadhar(1<aadhar>) to get dosage details and 2 with your aadhar(2<aadhar>) for events. '
#translator= Translator(to_lang=lang)
#translation = translator.translate(quote)
#responded = True
#msg.body(quote)
if not responded:
quote = 'Wrong input. Type 1 for list of upcoming events and type your aadhar number to get dosage details'
translator= Translator(to_lang=lang)
translation = translator.translate(quote)
msg.body(translation)
#quote = 'Wrong input. Type 1 for list of upcoming events and type your aadhar number to get dosage details'
#translator= Translator(to_lang="BN")
#translation = translator.translate(quote)
#msg1.body(translation)
#quote = 'Wrong input. Type 1 for list of upcoming events and type your aadhar number to get dosage details'
#translator= Translator(to_lang=lang)
#translation = translator.translate(quote)
#msg2.body(quote)
#retu##rn str(resp)
return HttpResponse(str(resp))
else:
return HttpResponse("No")
except Exception as e:
trace_back = traceback.format_exc()
message = str(e) + " " + str(trace_back)
return HttpResponse(message)
def sms_reply():
resp = MessagingResponse()
incoming_message_body = request.values.get('Body')
print("Full incoming message body:", incoming_message_body)
# Parsing for coordinates similar to 33ยฐ46โฒ45โณ N 94ยฐ23โฒ24โณ W
latitude_full = incoming_message_body.split(" ")[0]
if (incoming_message_body.split(" ")[1] == "N"):
latitude_normalizer = float(1)
else:
latitude_normalizer = float(-1)
longitude_full = incoming_message_body.split(" ")[3]
if (incoming_message_body.split(" ")[4] == "E"):
longitude_normalizer = float(1)
else:
longitude_normalizer = float(-1)
print("Parsed values:", latitude_full, longitude_full)
latitude_full = latitude_full.replace("ยฐ", " ")
latitude_full = latitude_full.replace("โฒ", " ")
latitude_full = latitude_full.replace("โณ", " ")
longitude_full = longitude_full.replace("ยฐ", " ")
longitude_full = longitude_full.replace("โฒ", " ")
longitude_full = longitude_full.replace("โณ", " ")
print("New parsed values:", latitude_full, longitude_full)
latitude_degree = float(latitude_full.split(" ")[0])
latitude_minute = float(latitude_full.split(" ")[1])
latitude_second = float(latitude_full.split(" ")[2])
longitude_degree = float(longitude_full.split(" ")[0])
longitude_minute = float(longitude_full.split(" ")[1])
longitude_second = float(longitude_full.split(" ")[2])
latitude_decimal = latitude_normalizer * float(latitude_degree +
(latitude_minute / 60) +
(latitude_second / 3600))
longitude_decimal = longitude_normalizer * float(longitude_degree +
(longitude_minute / 60) +
(longitude_second / 3600))
print("Calculated coordinates", latitude_decimal, longitude_decimal)
sun_api_response = requests.get('https://api.sunrise-sunset.org/json',
params={
'lat': latitude_decimal,
'lng': longitude_decimal,
'date': 'today'
})
print(sun_api_response.json()["status"])
# {"status": "OK", "results": {
# "day_length": "14:20:48",
# "sunset": "12:52:12 AM",
# "civil_twilight_end": "1:21:03 AM",
# "nautical_twilight_end": "1:56:34 AM",
# "astronomical_twilight_end": "2:35:19 AM"}}
# "astronomical_twilight_begin": "8:48:17 AM",
# "nautical_twilight_begin": "9:27:02 AM",
# "civil_twilight_begin": "10:02:33 AM",
# "sunrise": "10:31:24 AM",
# "solar_noon": "5:41:48 PM",
sun_data = sun_api_response.json()
time_format = '%H:%M:%S %p'
sunrise_time = datetime.strptime(sun_data['results']['sunrise'],
time_format)
sunset_time = datetime.strptime(sun_data['results']['sunset'], time_format)
civil_twilight_end_time = datetime.strptime(
sun_data['results']['civil_twilight_end'], time_format)
# FIXME Incorrectly parsing time values (AM/PM not going correctly for sunrise time)
# TODO convert from UTC to local
# sunset_time = sunset_time.replace(tzinfo='UTC')
# civil_twilight_end_time = civil_twilight_end_time.replace(tzinfo='UTC')
# sunset_time = sunset_time.astimezone('America/New_York')
# civil_twilight_end_time = civil_twilight_end_time.astimezone('America/New_York')
tdelta = civil_twilight_end_time - sunset_time
print(type(tdelta))
print(type(sunset_time))
# print(tdelta.strftime(time_format))
print(sun_data['results']['sunset'], sunset_time.strftime(time_format))
print(sun_data['results']['civil_twilight_end'],
civil_twilight_end_time.strftime(time_format))
golden_hour_start_time = sunset_time - tdelta
golden_hour_end_time = sunset_time + (4.0 / 6.0) * tdelta
print(type(golden_hour_start_time))
print(golden_hour_start_time.strftime(time_format))
print(type(golden_hour_end_time))
print(golden_hour_end_time.strftime(time_format))
# TODO Use Google Maps API timezone to determine time
# Use time difference between civil twilight and sunset to determine golden hour offset
resp.message("Golder Hour is from " +
golden_hour_start_time.strftime(time_format) + " UTC to " +
golden_hour_end_time.strftime(time_format) +
" UTC with sunset at " + sunset_time.strftime(time_format) +
" UTC")
return str(resp)
def whatsapp_reply():
"""
Respond to basic message on whatsapp
"""
msg = request.form.get('Body')
# Start out response
resp = MessagingResponse()
greeting_list = [
"hey", "good morning", "good evening", 'g\'day', "good morrow",
"hello", "hi", "sup"
]
joke_list = ["bored", "joke", "laugh"]
meme = ["meme", "funny picture", "bored", "boring"]
status = [
'how are you', 'whats up', 'what\'s up', 'howdy', 'what\'s new',
'how are you doing', 'how are you coping'
]
sad_response = [
'bad', "not well", "stressed", "angry", "sad", "pissed off", "nervous"
]
good_response = ['good', 'awesome', 'great', 'happy', 'relieved']
#Myths
if (any(keywords in msg.lower() for keywords in MYTHS)):
msg = resp.message("Wawa-wee-wa ๐ค. Myth busting activated.").media(
myth_busters(msg))
#Greetings
elif (any(keywords in msg.lower() for keywords in greeting_list)):
msg = resp.message(wawa_tell_welcome())
#Answer
elif (any(keywords in msg.lower() for keywords in status)):
msg = resp.message("I am good! How are you today?")
#Sad response
elif (any(keywords in msg.lower() for keywords in sad_response)):
msg = resp.message(
"Aww! It will get better with time. Ask me for a *joke* or *meme*, I want to cheer you up!"
).media('https://wawaweewabot.herokuapp.com/upload/WawaLove.png')
#Good response
elif (any(keywords in msg.lower() for keywords in good_response)):
msg = resp.message("Great to hear that!")
#Meme
elif (any(keywords in msg.lower() for keywords in meme)):
# image, message = wawa_get_meme()
# if (image == "" or message == ""):
index = randint(1, 26)
image, message = 'https://wawaweewabot.herokuapp.com/uploads/{}'.format(
index) + '.JPG', "Here is your meme!"
msg = resp.message(message).media(image)
#Joke
elif (any(joke in msg.lower() for joke in joke_list)):
msg = resp.message(wawa_tell_joke())
#Update
elif ("update" in msg.lower()):
country = msg[7:]
msg = resp.message(covid_api(country))
#Instructions
elif ("instructions" in msg.lower() or "help" in msg.lower()):
msg = resp.message(wawa_tell_instructions())
#Emergency Number
elif ("emergency" in msg.lower()):
country = msg[10:]
print(country)
msg = resp.message(wawa_get_emergency(country))
#Reccomendations
elif ("who" in msg.lower() or "recommendations" in msg.lower()
or "world health organisation" in msg.lower()):
msg = resp.message(wawa_tell_who_recommendations())
#Symptoms
elif ('symptoms' in msg.lower() or "unwell" in msg.lower()):
msg = resp.message(wawa_get_symptoms())
#Default message
else:
msg = resp.message(
"""Sorry I did not catch that. Ask me for *help* to obtain my vocabulary.
Or *emergency [your country]* if you need it.""")
return str(resp)
def bot():
covid19 = COVID19Py.COVID19(data_source="jhu")
incoming_msg = request.values.get('Body', '').lower()
resp = MessagingResponse()
msg = resp.message()
body = '\n' + 'Invalid command, Please try again or type COVID for list of commands'
if 'covid' in incoming_msg:
body = '\n' + "Welcome to SMSCovid" + '\n' + "Available Commands: " + '\n' + "global" + '\n' + "country rank - <confirmed,deaths>" + '\n' + "2 Digit Country Name <IN,US,AU,...>" + '\n' + "<County>,US - <default - 1,county index, all>"
msg.body(body)
print(body)
responded = True
elif 'global' in incoming_msg:
location = covid19.getLatest()
body = '\n' + 'location: ' + 'global' + '\n' + 'confirmed: ' + "{:,}".format(
location['confirmed']) + '\n' + 'deaths: ' + "{:,}".format(
location['deaths']) + '\n' + 'recovered: ' + "{:,}".format(location['recovered'])
msg.body(body)
responded = True
elif 'country rank - confirmed' in incoming_msg:
location = covid19.getLocations(rank_by='confirmed')
countryarr = []
for i in range(10):
countryarr.append(location[i])
body = '\n' + 'Top Countries Leading by Confirmed Cases:' + '\n'
for j in range(10):
body += countryarr[j]['country'] + ' ' + countryarr[j]['country_code'] + '\n'
msg.body(body)
responded = True
elif 'country rank - deaths' in incoming_msg:
location = covid19.getLocations(rank_by='deaths')
countryarr = []
for i in range(10):
countryarr.append(location[i])
body = '\n' + 'Top Countries Leading by Deaths:' + '\n'
for j in range(10):
body += countryarr[j]['country'] + ' ' + countryarr[j]['country_code'] + '\n'
msg.body(body)
responded = True
elif 'us' in incoming_msg:
if ',' in incoming_msg:
county = incoming_msg.split(', ')
newcounty = county[0].replace(' county', '')
covid191 = COVID19Py.COVID19(data_source="csbs")
location = covid191.getLocations()
indexcounty = []
indexanswer = []
# print(county)
# print(newcounty)
for index in range(3006):
# print("Current county: " + location[index]['county'] + "County inputted: " + newcounty)
if (location[index]['county'].lower() == newcounty):
# print("found it")
# print(index)
indexcounty.append(index)
number = [int(i) for i in incoming_msg.split() if i.isdigit()]
if (len(indexcounty) == 0):
body = '\n' + 'Invalid County name, please try again'
msg.body(body)
responded = True
else:
for index in indexcounty:
print(location[index])
indexanswer.append('Location: ' + location[index]['county'] + ' County, ' + location[index][
'province'] + '\n' + 'Confirmed: ' + "{:,}".format(
location[index]['latest']['confirmed']) + '\n' + 'Deaths: ' + "{:,}".format(
location[index]['latest']['deaths']) + '\n' + 'recovered: ' + "{:,}".format(
location[index]['latest']['recovered']) + '\n')
if 'all' in incoming_msg:
for index in range(len(indexanswer)):
if (index == 0):
body = '\n' + indexanswer[0]
else:
body += indexanswer[index]
msg.body(body)
responded = True
elif len(number) == 1:
if (len(number) < len(indexcounty)):
try:
body = '\n' + indexanswer[number[0] - 1]
except:
body = '\n' + 'Index out of range: Please try again'
msg.body(body)
responded = True
else:
body = '\n' + 'Index out of range: Please try again'
msg.body(body)
responded = True
elif len(number) == 0:
body = '\n' + indexanswer[0]
msg.body(body)
responded = True
else:
body = '\n' + 'Invalid format: Please try again'
msg.body(body)
responded = True
else:
try:
location = covid19.getLocationByCountryCode(incoming_msg, timelines=True)
print(location[0])
body = '\n' + 'location: ' + location[0]['country'] + '\n' + 'country population: ' + "{:,}".format(
location[0]['country_population']) + '\n' 'confirmed: ' + "{:,}".format(
location[0]['latest']['confirmed']) + '\n' + 'deaths: ' + "{:,}".format(
location[0]['latest']['deaths']) + '\n' + 'recovered: ' + "{:,}".format(
location[0]['latest']['recovered'])
except:
body = '\n' + 'Invalid command format: Please try again'
msg.body(body)
responded = True
elif (len(incoming_msg) == 2):
try:
location = covid19.getLocationByCountryCode(incoming_msg, timelines=True)
print(location[0])
body = '\n' + 'location: ' + location[0]['country'] + '\n' + 'country population: ' + "{:,}".format(
location[0]['country_population']) + '\n' 'confirmed: ' + "{:,}".format(
location[0]['latest']['confirmed']) + '\n' + 'deaths: ' + "{:,}".format(
location[0]['latest']['deaths']) + '\n' + 'recovered: ' + "{:,}".format(
location[0]['latest']['recovered'])
except:
body = '\n' + 'Invalid country name: Please try again'
msg.body(body)
responded = True
else:
msg.body(body)
responded = True
return str(resp)
def sms_twiml(question):
response = MessagingResponse()
response.message(question.content)
response.message(SMS_INSTRUCTIONS[question.kind])
return str(response)
def tw_handle_incoming(sms_message):
"""handle incoming sms messages"""
#get and format the phone number from which msg was received
phone = sms_message["From"][2:]
print sms_message
#phone numbers are now stored as 9char strings, dots and dashes stripped
#phone_number = '-'.join([phone[:3], phone[3:6], phone[6:]])
#get and format the message received
received_message = sms_message["Body"]
#set up the response
resp = MessagingResponse()
#initialize some variables
remaining_words = []
possible_names = set()
log_minutes = False
minutes = None
first_name = None
#look for Log or log, a string of digits and all other words may be names
for word in received_message.split():
if word == "log" or word == "Log" or word == "LOG":
log_minutes = True
elif word.isdigit() and minutes is None:
minutes = word
else:
remaining_words.append(word)
possible_names.add(word.lower())
#Find the user associated with this phone number
incoming_coach = match_coach_by_phone(phone)
#if the phone number does not match our db
if incoming_coach is None:
resp.message("The Reading Coach: Your phone number does not match our database.")
return str(resp)
#if the string "log" is not in the body of the message
if not log_minutes:
resp.message("The Reading Coach: not a proper log command. Try again? Example: log 10 {}".format(incoming_coach.readers[0].first_name))
return str(resp)
for reader in incoming_coach.readers:
#check to see if the name occurs in the possible_names set
if reader.first_name.lower() in possible_names:
#if so, set first_name and remove that value from the remaining words list
first_name = reader.first_name
for single_word in remaining_words:
if single_word.lower() == first_name.lower():
remaining_words.remove(single_word)
reader_id = reader.reader_id
#do we have a reader?
if not first_name:
resp.message("The Reading Coach: Reader's name not found. Try again? Example: log 10 {}".format(incoming_coach.readers[0].first_name))
return str(resp)
#do we have some digit data to assign to minutes?
if not minutes:
resp.message("The Reading Coach: number of minutes not found. Try again? Example: log 10 {}".format(incoming_coach.readers[0].first_name))
return str(resp)
#we need a date and time
date = None
title = ' '.join(remaining_words)
#Here's where we add log to the database
add_logentry_to_db(reader_id, minutes, title, date)
#All elements found, success message
resp.message("The Reading Coach: You have successfully logged {} min for {}".format(minutes, first_name))
return str(resp)
def sms():
message_body = request.form['Body'].lower()
resp = MessagingResponse()
reply_message = Message()
registered = session.get("registered", False)
zip_c = session.get("zip_c", "30322")
if registered:
loc = Location(zip_c)
wu = WU(wu_key, loc)
if "zipchange" in message_body.lower():
nums = [int(i) for i in message_body.split() if i.isdigit()]
if len(nums):
zip_code = str(nums[0])
try:
temp_loc = Location(zip_code)
session["zip_c"] = zip_code
reply_text = "Your zip code has been changed to {} - {}, {}.".format(
zip_code, temp_loc.city, temp_loc.state)
except KeyError:
reply_text = "The zip code provided was not valid."
else:
reply_text = "The correct syntax for this command is zipchange (zip code here)."
else:
if len(message_body.split()) == 1:
if "commands" in message_body:
reply_text = (
"Available commands include:\n\n"
"alerts - See a list of weather alerts for the set area.\n\n"
"conditions - See current weather conditions for the set area.\n\n"
"radar - View a live weather radar image for the set area. This command has a delay.\n\n"
"zipchange - Change the zip code of the selected area.\n\n"
"details - View details about this service.\n\n"
"credit - View information about Weather Underground, the weather data provider."
)
elif "alerts" in message_body:
try:
reply_text = wu.get_alerts()
except RequestException:
reply_text = "Weather alerts could not be found at this time, please try again later."
elif "conditions" in message_body:
try:
reply_text = wu.get_conditions()
except RequestException:
reply_text = "The weather conditions could not be found at this time, please try again later."
elif "radar" in message_body:
try:
file_name = wu.get_animation()
uploader.upload("Images/" + file_name + ".gif",
public_id=file_name)
c_url = cloudinary.utils.cloudinary_url(file_name)[0]
reply_message.media(c_url)
reply_text = "{}, {} Radar".format(loc.city, loc.state)
except HTTPError:
reply_text = "The radar imagery could not be found at this time, please try again later."
elif "details" in message_body:
reply_text = (
"This service was created by Josh McFarlin in Python. "
"This service is a proof of concept, and is not intended for lifesaving uses. "
"Messaging and data rates may apply.\n\nhttp://JoshMcFarlin.me/"
)
elif "credit" in message_body:
reply_text = "All weather data is provided by Weather Underground."
reply_message.media(
"https://icons.wxug.com/logos/PNG/wundergroundLogo_4c_rev.png"
)
else:
reply_text = 'Please reply with a valid command, type "commands" to view a list of commands.'
else:
reply_text = "Please only use one command at a time."
else:
if message_body.isdigit():
session["registered"] = True
session["zip_c"] = message_body
reply_text = 'Thanks for registering! Type "commands" to view a list of commands.'
else:
reply_text = "Welcome. In order to subscribe to weather updates, please reply with a zip code."
reply_message.body(reply_text)
resp.append(reply_message)
return str(resp)
def sms_search_main_text_reply(title, hint):
info = be.search_main_text(title, hint)
response = compile_results(title, hint, info, False)
resp = MessagingResponse()
resp.message(str(response))
return str(resp)
def parse_data_into_dict():
#make dictionary: key = stat, value=column of Excel spreadsheet (column B is avg minutes played)
stat_dict = {
"age": "B",
"gp": "C",
"w": "D",
"l": "E",
"min": "F",
"pts": "G",
"fgm": "H",
"fga": "I",
"fg%": "J",
"3pm": "K",
"3pa": "L",
"ftm": "M",
"fta": "N",
"ft%": "O",
"oreb": "P",
"dreb": "Q",
"reb": "R",
"ast": "S",
"tov": "T",
"stl": "U",
"blk": "V",
"pf": "W",
"dd2": "X",
"td3": "Y"
}
excel_file = 'nba_stats_one_sheet.xlsx'
typo_msg = "send first and last name(s), stat, or check for typos!"
stat_msg = "Type 1-2 players' names(first + last, players separated by a space), then a stat(GP,W,L,MIN,PTS,FG%,3P%,FT%,REB,AST,STL,BLK)"
msg = request.form['Body'].lower()
list_of_stats = []
list_of_players = []
wb = load_workbook(excel_file)
reg_season = True # set boolean, will change depending on user input
if msg == "play":
ret = MessagingResponse().message(
"type \'a\' for regular season or \'b\' for playoffs")
elif msg == 'a' or msg == 'b':
ret = MessagingResponse().message(statmsg)
else:
if reg_season: # playoffs or regular season, take your pick!!
ws = wb[wb.sheetnames[0]] #first sheet
else: #playoffs (texted 'b'), second sheet
ws = wb[wb.sheetnames[1]]
player_and_stat = msg.split() #split
if len(player_and_stat) == 3: # 1 player
full_name = player_and_stat[0] + " " + player_and_stat[1]
stat = player_and_stat[2]
for row in range(1, ws.max_row + 1): #need +1 to get last row!
for col in "A": #A gets players for texted season
cell_name = "{}{}".format(col, row)
list_of_players.append(ws[cell_name].value.lower())
for col in stat_dict[stat]: #pts
cell_name = "{}{}".format(col, row)
list_of_stats.append(ws[cell_name].value)
player_stat_map = dict(zip(list_of_players, list_of_stats))
if full_name in player_stat_map.keys():
ret = MessagingResponse().message(
full_name + " averaged " + str(stat) + " of: " +
str(player_stat_map[full_name]))
else:
ret = MessagingResponse().message(typomsg)
elif len(player_and_stat) == 5: #2 players
player1 = player_and_stat[0] + " " + player_and_stat[1]
player2 = player_and_stat[2] + " " + player_and_stat[3]
stat = player_and_stat[4]
for row in range(1, ws.max_row + 1): #need +1 to get last row!
for col in "A": #A gets players for texted season
cell_name = "{}{}".format(col, row)
list_of_players.append(ws[cell_name].value.lower())
for col in stat_dict[
stat]: # gets column of whatever statistic
cell_name = "{}{}".format(col, row)
list_of_stats.append(ws[cell_name].value)
player_stat_map = dict(zip(list_of_players, list_of_stats))
if player1 in player_stat_map.keys(
) and player2 in player_stat_map.keys():
if player_stat_map[player1] > player_stat_map[player2]:
ret = MessagingResponse().message(
player1 + " 's total regular season " + stat +
" were " + str(player_stat_map[player1]) +
", higher than " + player2 + "\'s " +
str(player_stat_map[player2]))
else:
ret = MessagingResponse().message(
player2 + " 's total regular season " + stat + " " +
str(player_stat_map[player2]) + ", higher than " +
player1 + "\'s " + str(player_stat_map[player1]))
else: #check
ret = MessagingResponse().message(typomsg)
else: #idk how many players
ret = MessagingResponse().message(typomsg)
return str(ret)
def sms_response(request):
resp = MessagingResponse()
resp.message('Check this out')
return HttpResponse(str(resp))
def sms_search_infobox_reply(title, query):
resp = MessagingResponse()
info = be.check_sidebar(title, query)
response = compile_results(title, query, info, True)
resp.message(str(response))
return str(resp)
from twilio.twiml.messaging_response import Body, Media, Message, MessagingResponse
response = MessagingResponse()
message = Message()
message.body('Hello Jenny')
message.media('https://demo.twilio.com/owl.png')
response.append(message)
print(response)
def sms_get_query_reply():
resp = MessagingResponse()
resp.message(str(const.QUERY_MESSAGE))
return str(resp)
def sms_goodbye_message():
resp = MessagingResponse()
resp.message(str(const.GOODBYE_MESSAGE))
return str(resp)
def send_sms_response():
"""
Responds to an incoming message with a custom SMS response from the trained
intents within DialogFlow
::returns sms response as a string
"""
INBOUND_MESSAGE = request.form.get('Body').lower().strip()
resp = MessagingResponse()
menu_resp = responses.sms_responses()
logger.info(INBOUND_MESSAGE)
try:
if INBOUND_MESSAGE:
dialogflow_response = \
smart_message.detect_intent_response(INBOUND_MESSAGE)
resp.message(dialogflow_response)
logger.info(f'{resp}')
return str(resp)
except:
"""
If the DialogFlow API times out or fails to return a valid response,
the code within the except block will run to maintain response
continuity.
"""
# Save the new counter value in the session
cookie = session['counter'] = set_session_response()
# Use the body of the user's text message to create a new TextBlob object.
text_blob = TextBlob(INBOUND_MESSAGE)
# Get sentiment of the user's statement.
# >>> sentiment = text_blob.sentiment
# >>> sentiment.polarity
# 0.0
sentiment = text_blob.sentiment
if ('who' in INBOUND_MESSAGE) and ('advisor' in INBOUND_MESSAGE):
resp.message(menu_resp['who_is_advisor'])
resp.message(menu_resp['major'])
logger.info(f'{resp}')
return str(resp)
if INBOUND_MESSAGE != None:
if find_isss_advisor() == 'Nina':
resp.message(menu_resp['nina'])
return str(resp)
elif find_isss_advisor() == 'Nathan':
resp.message(menu_resp['nathan'])
return str(resp)
elif find_isss_advisor() == 'Marcella':
resp.message(menu_resp['marcella'])
return str(resp)
elif find_isss_advisor() is 'Cynthia':
resp.message(menu_resp['cynthia'])
return str(resp)
if ('appointment' in INBOUND_MESSAGE) or ('advisor'
in INBOUND_MESSAGE):
resp.message(menu_resp['appt'])
logger.info(f'{resp}')
return str(resp)
elif ('how' in INBOUND_MESSAGE) \
and ('opt' not in INBOUND_MESSAGE) \
and ('workshop' not in INBOUND_MESSAGE) \
and ('leave' not in INBOUND_MESSAGE) \
and ('unit' not in INBOUND_MESSAGE) \
and ('transfer' not in INBOUND_MESSAGE) \
and ('absence' not in INBOUND_MESSAGE) \
and ('apply' not in INBOUND_MESSAGE) \
and ('itin' not in INBOUND_MESSAGE) \
and ('taxes' not in INBOUND_MESSAGE) \
and ('extension' not in INBOUND_MESSAGE) \
and ('internship' not in INBOUND_MESSAGE) \
and ('social' not in INBOUND_MESSAGE) \
and ('class' not in INBOUND_MESSAGE) \
and ('travel' not in INBOUND_MESSAGE) \
and ('ssn' not in INBOUND_MESSAGE) \
and ('visa' not in INBOUND_MESSAGE) \
and ('credit' not in INBOUND_MESSAGE) \
and ('extend' not in INBOUND_MESSAGE) \
or ('ready' in INBOUND_MESSAGE):
resp.message(menu_resp['contact_isss'])
resp.message((menu_resp['processing_time']))
logger.info(f'{resp}')
return str(resp)
elif ('when' in INBOUND_MESSAGE) \
and ('opt' not in INBOUND_MESSAGE) \
and ('workshop' not in INBOUND_MESSAGE) \
and ('leave' not in INBOUND_MESSAGE) \
and ('transfer' not in INBOUND_MESSAGE) \
and ('absence' not in INBOUND_MESSAGE) \
and ('apply' not in INBOUND_MESSAGE) \
and ('itin' not in INBOUND_MESSAGE) \
and ('taxes' not in INBOUND_MESSAGE) \
or ('ready' in INBOUND_MESSAGE):
resp.message(menu_resp['contact_isss'])
resp.message((menu_resp['processing_time']))
logger.info(f'{resp}')
return str(resp)
elif 'transfer' in INBOUND_MESSAGE:
resp.message(menu_resp['transfer'])
logger.info(f'{resp}')
return str(resp)
elif 'call' in INBOUND_MESSAGE:
resp.message(menu_resp['call'])
logger.info(f'{resp}')
return str(resp)
elif 'email' in INBOUND_MESSAGE:
resp.message(menu_resp['email'])
logger.info(f'{resp}')
return str(resp)
elif ('workshop' in INBOUND_MESSAGE) and ('opt' in INBOUND_MESSAGE):
resp.message(menu_resp['workshop'])
logger.info(f'{resp}')
return str(resp)
elif ('workshop' in INBOUND_MESSAGE) and ('tax' in INBOUND_MESSAGE):
resp.message(menu_resp['workshop'])
logger.info(f'{resp}')
return str(resp)
elif ('workshop' in INBOUND_MESSAGE):
resp.message(menu_resp['workshop'])
logger.info(f'{resp}')
return str(resp)
elif ('tax' in INBOUND_MESSAGE) or ('taxes' in INBOUND_MESSAGE) \
or ('itin' in INBOUND_MESSAGE):
resp.message(menu_resp['taxes'])
logger.info(f'{resp}')
return str(resp)
elif ('visa' in INBOUND_MESSAGE) and ('apply' not in INBOUND_MESSAGE) \
and ('letter' not in INBOUND_MESSAGE):
resp.message(menu_resp['visa'])
logger.info(f'{resp}')
return str(resp)
elif ('opt' in INBOUND_MESSAGE) and ('travel' in INBOUND_MESSAGE):
resp.message(menu_resp['opt_travel'])
logger.info(f'{resp}')
return str(resp)
elif ('travel' in INBOUND_MESSAGE) and ('apply' not in INBOUND_MESSAGE) \
and ('request' not in INBOUND_MESSAGE):
resp.message(menu_resp['travel_1'])
resp.message(menu_resp['travel_2'])
resp.message(menu_resp['travel_3'])
logger.info(f'{resp}')
return str(resp)
elif ('how' in INBOUND_MESSAGE) and ('credit' in INBOUND_MESSAGE) \
or ('full time' in INBOUND_MESSAGE) or ('credit' in INBOUND_MESSAGE) \
or ('unit' in INBOUND_MESSAGE):
resp.message(menu_resp['full_time'])
resp.message(menu_resp['full_time_reminder'])
logger.info(f'{resp}')
return str(resp)
elif ('opt' in INBOUND_MESSAGE) and \
('how' in INBOUND_MESSAGE) and ('apply' not in INBOUND_MESSAGE):
resp.message(menu_resp['opt_processing_time'])
logger.info(f'{resp}')
return str(resp)
elif ('opt' in INBOUND_MESSAGE) and \
('how' in INBOUND_MESSAGE) and ('apply' in INBOUND_MESSAGE):
resp.message(menu_resp['how_opt_apply'])
resp.message(menu_resp['register_workshop'])
logger.info(f'{resp}')
return str(resp)
elif ('when' in INBOUND_MESSAGE) and \
('opt' in INBOUND_MESSAGE) and ('apply' in INBOUND_MESSAGE):
resp.message(menu_resp['opt_apply'])
logger.info(f'{resp}')
return str(resp)
elif ('when' in INBOUND_MESSAGE) and ('opt' in INBOUND_MESSAGE):
resp.message(menu_resp['opt_processing_time'])
logger.info(f'{resp}')
return str(resp)
elif ('opt' in INBOUND_MESSAGE) and ('apply' not in INBOUND_MESSAGE):
resp.message(menu_resp['opt'])
logger.info(f'{resp}')
return str(resp)
elif ('cpt' in INBOUND_MESSAGE) and ('apply' not in INBOUND_MESSAGE):
resp.message(menu_resp['cpt'])
logger.info(f'{resp}')
return str(resp)
elif ('intern' in INBOUND_MESSAGE) or ('work' in INBOUND_MESSAGE) \
or ('off campus' in INBOUND_MESSAGE) or ('job' in INBOUND_MESSAGE) \
or ('extern' in INBOUND_MESSAGE) or \
('employment' in INBOUND_MESSAGE):
resp.message(menu_resp['employment'])
logger.info(f'{resp}')
return str(resp)
elif ('ssn' in INBOUND_MESSAGE) or \
('social security' in INBOUND_MESSAGE) \
or ('financial aid' in INBOUND_MESSAGE):
resp.message(menu_resp['gen_student_life'])
logger.info(f'{resp}')
return str(resp)
elif ('extension' in INBOUND_MESSAGE) or ('extend' in INBOUND_MESSAGE):
resp.message(menu_resp['p_extension_1'])
resp.message(menu_resp['p_extension_2'])
resp.message(menu_resp['p_extension_3'])
logger.info(f'{resp}')
return str(resp)
elif ('rcl' in INBOUND_MESSAGE) and ('apply' not in INBOUND_MESSAGE) \
or ('reduced' in INBOUND_MESSAGE) \
or ('reduced course load' in INBOUND_MESSAGE):
resp.message(menu_resp['rcl'])
resp.message(menu_resp['rcl_link'])
resp.message(menu_resp['full_time_reminder'])
logger.info(f'{resp}')
return str(resp)
elif ('leave of absence' in INBOUND_MESSAGE) \
or ('loa' in INBOUND_MESSAGE) or ('leave' in INBOUND_MESSAGE) \
or ('withdraw' in INBOUND_MESSAGE):
resp.message(menu_resp['loa_wd'])
logger.info(f'{resp}')
return str(resp)
elif ('apply' in INBOUND_MESSAGE) or ('travel' in INBOUND_MESSAGE) \
or ('cpt' in INBOUND_MESSAGE) or ('letter' in INBOUND_MESSAGE) \
or ('request' in INBOUND_MESSAGE) or ('i20' in INBOUND_MESSAGE) \
or ('i-20' in INBOUND_MESSAGE) or ('rcl' in INBOUND_MESSAGE) \
or ('reduced course load' in INBOUND_MESSAGE):
resp.message(menu_resp['isss_request'])
resp.message(menu_resp['disclaimer'])
logger.info(f'{resp}')
return str(resp)
elif ('class' in INBOUND_MESSAGE) or ('course' in INBOUND_MESSAGE) \
or ('drop' in INBOUND_MESSAGE):
resp.message(menu_resp['academic'])
resp.message(menu_resp['full_time_reminder'])
logger.info(f'{resp}')
return str(resp)
elif ('hello' in INBOUND_MESSAGE) or ('hey' in INBOUND_MESSAGE) \
or ('hi' in INBOUND_MESSAGE):
resp.message(menu_resp['menu'])
logger.info(f'{resp}')
return str(resp)
elif 'isss' in INBOUND_MESSAGE:
resp.message(menu_resp['isss'])
logger.info(f'{resp}')
return str(resp)
elif 'website' in INBOUND_MESSAGE:
resp.message(menu_resp['website'])
logger.info(f'{resp}')
return str(resp)
elif 'menu' in INBOUND_MESSAGE:
resp.message(menu_resp['menu'])
logger.info(f'{resp}')
return str(resp)
# If the polarity of the sentiment is greater than zero, the statement is
# positive. Highest positivity is 1.0
elif sentiment.polarity > 0:
resp.message(menu_resp['sentiment_resp1'])
return str(resp)
# If the polarity of the sentiment is less than zero, the statement is
# negative. Lowest negativity is -1.0.
elif sentiment.polarity < 0:
resp.message(menu_resp['sentiment_resp2'])
resp.message(menu_resp['menu'])
logger.info(f'{resp}')
return str(resp)
# If the polarity is 0.0, TextBlob was unable to determine the sentiment
# of the statement. In this case, we'll return a neutral response in turn.
elif INBOUND_MESSAGE != None and cookie <= 1:
cookie += 1
resp.message(menu_resp['sentiment_resp3'])
return str(resp)
else:
resp.message((menu_resp['renew_session']))
session['counter'] = 0
return str(resp)
def bot():
# add webhook logic here and return a response
incoming_msg = request.values.get('Body', '').lower()
resp = MessagingResponse()
msg = resp.message()
responded = False
response1 = """
*Hi! I am the Quarantine Bot* ๐
Let's be friends ๐
You can give me the following commands:
~ *'quote'*: ```Hear an inspirational quote to start your day!```๐
~ *'cat'*: Who doesn't love cat pictures? ๐
~ *'dog'*: Don't worry, we have dogs too! dog๐
~ *'meme'*: The top memes of today, fresh from r/memes. ๐ป
~ *'news'*: Latest news from around the world. ๐ฐ
~ *'recipe'*: Searches Allrecipes.com for the best recommended recipes. ๐ด
~ *'recipe <query>'*: Searches Allrecipes.com for the best recipes based on your query. ๐ง
~ *'get recipe'*: Run this after the 'recipe' or 'recipe <query>' command to fetch your recipes!
~ *'statistics <country>'*: Show the latest COVID19 statistics for each country.
~ *'statistics <prefix>'*: Show the latest COVID19 statistics for all countries starting with that prefix.
~ *'developer'*: Know the developer.
"""
if re.search('h[ae]llo', incoming_msg
): # will find and match either hello or hallo in a message
msg.body(response1)
responded = True
elif re.search('quote',
incoming_msg): # will find and match quote in a sentence
# return a quote
r = requests.get('https://api.quotable.io/random')
if r.status_code == 200:
data = r.json()
quote = f'{data["content"]} ({data["author"]})'
else:
quote = 'I could not retrieve a quote at this time, sorry.'
msg.body(quote)
responded = True
elif re.search('cat|pic', incoming_msg): # will find and match cat or pic
# return a cat pic
msg.media('https://cataas.com/cat')
responded = True
elif re.search('dog', incoming_msg):
# return a dog pic
r = requests.get('https://dog.ceo/api/breeds/image/random')
data = r.json()
msg.media(data['message'])
responded = True
elif re.search('recipe', incoming_msg):
# search for recipe based on user input (if empty, return featured recipes)
search_text = incoming_msg.replace('recipe', '')
search_text = search_text.strip()
data = json.dumps({'searchText': search_text})
result = ''
# updates the Apify task input with user's search query
r = requests.put(
'https://api.apify.com/v2/actor-tasks/o7PTf4BDcHhQbG7a2/input?token=qTt3H59g5qoWzesLWXeBKhsXu&ui=1',
data=data,
headers={"content-type": "application/json"})
if r.status_code != 200:
result = 'Sorry, I cannot search for recipes at this time.'
# runs task to scrape Allrecipes for the top 5 search results
r = requests.post(
'https://api.apify.com/v2/actor-tasks/o7PTf4BDcHhQbG7a2/runs?token=qTt3H59g5qoWzesLWXeBKhsXu&ui=1'
)
if r.status_code != 201:
result = 'Sorry, I cannot search Allrecipes.com at this time.'
if not result:
result = "I am searching Allrecipes.com for the best {} recipes.".format(
search_text)
result += "\nPlease wait for a few moments before typing 'get recipe' to get your recipes!"
msg.body(result)
responded = True
elif incoming_msg == 'get recipe':
# get the last run details
r = requests.get(
'https://api.apify.com/v2/actor-tasks/o7PTf4BDcHhQbG7a2/runs/last?token=qTt3H59g5qoWzesLWXeBKhsXu'
)
if r.status_code == 200:
data = r.json()
# check if last run has succeeded or is still running
if data['data']['status'] == "RUNNING":
result = 'Sorry, your previous query is still running.'
result += "\nPlease wait for a few moments before typing 'get recipe' to get your recipes!"
elif data['data']['status'] == "SUCCEEDED":
# get the last run dataset items
r = requests.get(
'https://api.apify.com/v2/actor-tasks/o7PTf4BDcHhQbG7a2/runs/last/dataset/items?token=qTt3H59g5qoWzesLWXeBKhsXu'
)
data = r.json()
if data:
result = ''
for recipe_data in data:
url = recipe_data['url']
name = recipe_data['name']
rating = recipe_data['rating']
rating_count = recipe_data['ratingcount']
prep = recipe_data['prep']
cook = recipe_data['cook']
ready_in = recipe_data['ready in']
calories = recipe_data['calories']
result += """
*{}*
_{} calories_
Rating: {:.2f} ({} ratings)
Prep: {}
Cook: {}
Ready in: {}
Recipe: {}
""".format(name, calories, float(rating), rating_count, prep, cook, ready_in,
url)
else:
result = 'Sorry, I could not find any results for {}'.format(
search_text)
else:
result = 'Sorry, your previous search query has failed. Please try searching again.'
else:
result = 'I cannot retrieve recipes at this time. Sorry!'
msg.body(result)
responded = True
elif re.search(
'news*',
incoming_msg): # will search and match new or news or newsssss
r = requests.get(
'https://newsapi.org/v2/top-headlines?sources=bbc-news,the-washington-post,the-wall-street-journal,cnn,fox-news,cnbc,abc-news,business-insider-uk,google-news-uk,independent&apiKey=3ff5909978da49b68997fd2a1e21fae8'
)
if r.status_code == 200:
data = r.json()
articles = data['articles'][:5]
result = ''
for article in articles:
title = article['title']
url = article['url']
if 'Z' in article['publishedAt']:
published_at = datetime.datetime.strptime(
article['publishedAt'][:19], "%Y-%m-%dT%H:%M:%S")
else:
published_at = datetime.datetime.strptime(
article['publishedAt'], "%Y-%m-%dT%H:%M:%S%z")
result += """
*{}*
Read more: {}
_Published at {:02}/{:02}/{:02} {:02}:{:02}:{:02} UTC_
""".format(title, url, published_at.day, published_at.month, published_at.year,
published_at.hour, published_at.minute, published_at.second)
else:
result = 'I cannot fetch news at this time. Sorry!'
msg.body(result)
responded = True
elif incoming_msg.startswith('statistics'):
# runs task to aggregate data from Apify Covid-19 public actors
requests.post(
'https://api.apify.com/v2/actor-tasks/5MjRnMQJNMQ8TybLD/run-sync?token=qTt3H59g5qoWzesLWXeBKhsXu&ui=1'
)
# get the last run dataset items
r = requests.get(
'https://api.apify.com/v2/actor-tasks/5MjRnMQJNMQ8TybLD/runs/last/dataset/items?token=qTt3H59g5qoWzesLWXeBKhsXu'
)
if r.status_code == 200:
data = r.json()
country = incoming_msg.replace('statistics', '')
country = country.strip()
country_data = list(
filter(lambda x: x['country'].lower().startswith(country),
data))
if country_data:
result = ''
for i in range(len(country_data)):
data_dict = country_data[i]
last_updated = datetime.datetime.strptime(
data_dict.get('lastUpdatedApify', None),
"%Y-%m-%dT%H:%M:%S.%fZ")
result += """
*Statistics for country {}*
Infected: {}
Tested: {}
Recovered: {}
Deceased: {}
Last updated: {:02}/{:02}/{:02} {:02}:{:02}:{:03} UTC
""".format(data_dict['country'], data_dict.get('infected', 'NA'),
data_dict.get('tested', 'NA'), data_dict.get('recovered', 'NA'),
data_dict.get('deceased', 'NA'), last_updated.day,
last_updated.month, last_updated.year, last_updated.hour,
last_updated.minute, last_updated.second)
else:
result = "Country not found. Sorry!"
else:
result = "I cannot retrieve statistics at this time. Sorry!"
msg.body(result)
responded = True
elif re.search('memes*', incoming_msg):
r = requests.get(
'https://www.reddit.com/r/memes/top.json?limit=20?t=day',
headers={'User-agent': 'your bot 0.1'})
if r.status_code == 200:
data = r.json()
memes = data['data']['children']
random_meme = random.choice(memes)
meme_data = random_meme['data']
title = meme_data['title']
image = meme_data['url']
msg.body(title)
msg.media(image)
else:
msg.body('Sorry, I cannot retrieve memes at this time.')
responded = True
if not responded:
msg.body(
"Sorry, I don't understand. Send 'hello' for a list of commands."
)
if re.search('developer', incoming_msg):
mess = """
Guess its who!!๐
Its your buddy Alex.๐ฅณ
More updates are coming soon..
Report any error @ 0711521508
Thank you very much!!๐
"""
msg.body(mess)
responded = True
if not responded:
msg.body(response1)
return str(resp)
def sms_reply():
body = request.values.get('Body', '-')
resp = MessagingResponse()
resp.message(f'The Knative copy cat says: {body}')
return str(resp)
def incoming_sms():
"""Send a dynamic reply to an incoming text message"""
# Get the message the user sent our Twilio number
body = request.values.get('Body', None)
# Start our TwiML response
resp = MessagingResponse()
phone_number = request.values.get('From')
if phone_number in user_info:
if user_info[phone_number][-1] == 0:
#check the validity of the state
user_info[phone_number][0] = body
resp.message(
'How old are you? Selection from the age groups below:')
resp.message('A. 3 to 17')
resp.message('B. 18 to 30')
resp.message('C. 31 to 64')
resp.message('D. 65 and older')
user_info[phone_number][-1] += 1
elif user_info[phone_number][-1] == 1:
#check the validity of the age
user_info[phone_number][1] = body
resp.message('What profession are you?')
resp.message('Are you in Group A? (Yes / No)')
resp.message(
'Ambulatory health care \n Assisted living \n Developmental disability facility \n Fire protection services \n Home healthcare services Hospital '
'worker \n Nursing/residential care \n Outpatient care \n Pharmacy/drug store \n Physician/health practitioner \n Police'
)
user_info[phone_number][-1] += 1
elif user_info[phone_number][-1] == 2:
#check the validity of the profession A
user_info[phone_number][2] = body
resp.message('Are you in Group B? (Yes / No)')
resp.message(
'Community relief services \n Cosmetic/beauty supply store \n Day care \n Dentistry \n Food/drink production or store \n Gas station \n Health/personal care store \n Homeless shelter \n Medical/diagnostic lab \n '
'Optical goods store \n Medicine production \n Postal service \n Prison/Jail \n School teaching \n Transportation \n Warehousing/storage'
)
user_info[phone_number][-1] += 1
elif user_info[phone_number][-1] == 3:
#check the validity of the profession B
user_info[phone_number][3] = body
resp.message('Are you in Group C? (Yes / No)')
resp.message(
'Animal production/fishing \n Bars/Restaurants \n Clothing/accessories store \n Construction \n Credit intermediation \n Crop production \n '
'Hardware \n Mining \n Oil/gas extraction \n Specialty trade contractors \n Transport equipment production \n Utilities \n Waste management'
)
user_info[phone_number][-1] += 1
elif user_info[phone_number][-1] == 4:
#check the validity of profession C
user_info[phone_number][4] = body
resp.message('What is your living situation?')
resp.message(
'A. Nursing home/residential care \n B. Home with more people than rooms \n C. Homeless shelter '
'\n D. Prison/Jail \n E. Group home \n F. Rehab center \n G. None of these'
)
user_info[phone_number][-1] += 1
elif user_info[phone_number][-1] == 5:
#check the validity of the living condition
user_info[phone_number][5] = body
resp.message('Do you have any health conditions? (0 - 5)')
resp.message(
'A. Obesity \n B. COPD (Chronic obstructive pulmonary disease) \n C. Diabetes \n D. Heart disease \n E. Chronic kidney disease \n F. None of these'
)
user_info[phone_number][-1] += 1
elif user_info[phone_number][-1] == 6:
#check the validity of the health condition
user_info[phone_number][6] = body
resp.message('This is the end of the message.')
else:
resp.message(
'Hi! Welcome to Vaccine Info Estimator, we are going to ask you a series of questions to determine '
'your estimated date to receive the vaccine. What state are you in?'
)
current_counter = 0
#[states, ages, workA, workB, workC, living, health]
user_info[phone_number] = [
None, None, None, None, None, None, None, current_counter
]
#----------------------------------------------------------------------------
return str(resp)
def sms_reply():
"""Respond to incoming calls with a simple text message."""
# Fetch the message
msg = request.form.get('Body').lower()
resp = MessagingResponse()
if "hi" in msg or "hello" in msg:
resp.message("Greetings Human! I am a weather bot!")
resp.message(
"To get the weather of the desired city type in \"weather in cityname\""
)
resp.message(
"To get the weather in farenheit type in \"farenheit in cityname\""
)
if "weather" in msg:
string1 = msg
cty = string1.split("in ", 1)[1]
resp.message("it's {} Celcius and {} in {}".format(
getweather(cty), getdesc(cty), cty))
if "farenheit" in msg:
string1 = msg
cty = string1.split("in ", 1)[1]
number = getweather(cty)
number = int(number)
infarenheit = (number * 9 / 5) + 32
resp.message("it's " + str(infarenheit) + " Farenheit and " +
getdesc(cty) + " in " + cty)
if "bye" in msg:
resp.message("Thank you for using the weather chatbot!")
resp.message("Have a nice day!")
return str(resp)
