def _build_linked_list(self, value, tag):
from question_interface import question_interface
q = question_interface()
temp = q
while True:
temp = self._assign_attributes(temp, value, tag)
if value.has_key('linked_questions'):
temp.linked_questions = question_interface()
temp = temp.linked_questions
value = value['linked_questions']
else:
break
return q
def _build_linked_list(self, value, tag):
from question_interface import question_interface
q = question_interface()
temp = q
while True:
temp = self._assign_attributes(temp, value, tag)
if value.has_key('linked_questions'):
temp.linked_questions = question_interface()
temp = temp.linked_questions
value = value['linked_questions']
else:
break
return q
def create_question(self, question):
q_obj = question_interface()
q_obj = q_obj.return_question(question)
# print bcolors.HEADER+q_obj.question
# print q_obj.response
# print bcolors.OKBLUE
# print question
self.last_asked_question = question
return q_obj
def create_question(self, question):
q_obj = question_interface()
q_obj = q_obj.return_question(question)
# print bcolors.HEADER+q_obj.question
# print q_obj.response
#print bcolors.OKBLUE
# print question
self.last_asked_question = question
return q_obj
def __init__(self):
self.db_object = db()
self.top_questions = list()
self.top_questions_asked = list()
self.question = question_interface()
self.last_question_asked_tag = None
self.question_flag = 0
self.call_db()
self.hunger = 10
pass
def load_top_questions(self):
from top_questions import data
from question_interface import question_interface
top_questions_list = []
data = data()
for tag, value in data.iteritems():
top = question_interface()
top_questions_list.append(self._assign_attributes(top, value, tag))
return top_questions_list
def load_top_questions(self):
from top_questions import data
from question_interface import question_interface
top_questions_list = []
data = data()
for tag, value in data.iteritems():
top = question_interface()
top_questions_list.append(self._assign_attributes(top, value, tag))
return top_questions_list
def next_basic_data_question(self):
next_question = None
for tag in self.basic_data_questions_table:
if not self.basic_data_questions_table[tag]:
next_question = tag
self.last_asked_basic_question = tag
break
if next_question is None:
return None
question_dict = __import__("basic_data").data()[next_question]
q_obj = question_interface()
q_obj.question = question_dict["question"]
q_obj.response = question_dict["response"]
q_obj.response_type = question_dict["response_type"]
return q_obj
def next_basic_data_question(self):
next_question = None
for tag in self.basic_data_questions_table:
if not self.basic_data_questions_table[tag]:
next_question = tag
self.last_asked_basic_question = tag
break
if next_question is None:
return None
question_dict = __import__('basic_data').data()[next_question]
q_obj = question_interface()
q_obj.question = question_dict['question']
q_obj.response = question_dict['response']
q_obj.response_type = question_dict['response_type']
return q_obj
def run_expert(self, user_response):
q_obj = question_interface()
key = 'Start'
# print user_response
valid_keys = ['Start', 'Begin consultation with Doctor SkyNet']
if self.status == 0:
if user_response in valid_keys:
self.status = 1
else:
return None
if self.status == 1: # stage 1 last response from user stays None
self.status = 2
q_obj = self.AI.askdoctor()
returns = dict()
returns['text'] = q_obj.question
returns['keyboard'] = q_obj.response
return returns
if self.status == 2: # in stage 2 last response from user is passed to AI
q_obj = self.AI.askdoctor(user_response)
if q_obj is None:
self.status = 3
returns = dict()
returns[
'text'] = 'Your Test is Complete, Please tell the doctor your ID:' + str(
self.chat_id)
returns['keyboard'] = []
self.done = 1
return returns
returns = dict()
returns['text'] = q_obj.question
returns['keyboard'] = q_obj.response
# print "options are:" + str(q_obj.response)
return returns
def run_expert(self, user_response):
q_obj = question_interface()
key = 'Start'
# print user_response
valid_keys = ['Start', 'Begin consultation with Doctor SkyNet']
if self.status == 0:
if user_response in valid_keys:
self.status = 1
else:
return None
if self.status == 1: # stage 1 last response from user stays None
self.status = 2
q_obj = self.AI.askdoctor()
returns = dict()
returns['text'] = q_obj.question
returns['keyboard'] = q_obj.response
return returns
if self.status == 2: # in stage 2 last response from user is passed to AI
q_obj = self.AI.askdoctor(user_response)
if q_obj is None:
self.status = 3
returns = dict()
returns['text'] = 'Your Test is Complete, Please tell the doctor your ID:' + str(self.chat_id)
returns['keyboard'] = []
self.done = 1
return returns
returns = dict()
returns['text'] = q_obj.question
returns['keyboard'] = q_obj.response
# print "options are:" + str(q_obj.response)
return returns
