def end(self):
try:
yield super().end()
if not self.session_start_ok:
return
if self.user_state_at_exclusive_login:
user = User(self.user_state_at_exclusive_login)
else:
user = self.handler.user
yield user.sync('instances')
is_teacher = (user.status == 'room')
is_student = (user.status == 'seat')
# Room Deassign Course
# Leave seat
yield self.end_room_usage(user, is_teacher, is_student)
# User Deassign Course
yield user.deassign_course(if_last_instance=is_teacher)
# Decrease Instances
# (can modify status and course_id)
yield user.decrease_instances()
except:
raise
def end(self):
try:
yield super().end()
if not self.session_start_ok:
return
if self.user_state_at_exclusive_login:
user = User(
self.user_state_at_exclusive_login)
else:
user = self.handler.user
yield user.sync('instances')
is_teacher = (user.status == 'room')
is_student = (user.status == 'seat')
# Room Deassign Course
# Leave seat
yield self.end_room_usage(
user, is_teacher, is_student)
# User Deassign Course
yield user.deassign_course(
if_last_instance=is_teacher)
# Decrease Instances
# (can modify status and course_id)
yield user.decrease_instances()
except:
raise
def login() -> Any:
"""Login user"""
# Handle already authenticated
if current_user.is_authenticated:
return redirect("/app")
# Render template as default
provider = request.args.get("provider", None)
if provider is None:
return render_template("login.html")
# Handle login
info: Dict = {}
if provider == "azure":
if not azure.authorized:
return redirect(url_for("azure.login"))
else:
info = azure.get("/v1.0/me").json()
else:
pass
if info:
email = info["userPrincipalName"]
user = User.query.filter_by(email=email).first()
if user is None:
user = User(email)
user.authenticated = True
db.session.add(user)
db.session.commit()
login_user(user, True)
return redirect("/app")
return redirect("/login")
def post(self):
'''
{
type: "", # two types: "username" and "email"
value: "" # the value of username or email
}
'''
# if exists then return True and False otherwise
data = tornado.escape.json_decode(self.request.body)
field = data.get('type')
value = data.get('value')
if field == 'username':
try:
User.get(User.username == value)
result = False
except peewee.DoesNotExist:
result = True
elif field == 'email':
try:
User.get(User.email == value)
result = False
except peewee.DoesNotExist:
result = True
else:
result = True
self.write(dict(result=result))
def sign(self):
username = self.le_username.text()
password = self.le_pwd.text()
password2 = self.le_pwd_again.text()
if len(username) < 8 or len(password) < 8 or len(password2) < 8:
self.showmsg("length not enough")
return
# username = username.replace(" ", "")
# password = password.replace(" ", "")
# password2 = password2.replace(" ", "")
if password != password2:
self.showmsg("password do not match")
return
# 判断库里是不是有重复的
if User.select().where(User.username == username).count() != 0:
self.showmsg("username already registered")
return
pwd_md5 = hashlib.md5(password.encode("utf-8")).hexdigest()
pwd2num = passcoder.Utils.str2num(pwd_md5) # convert string to num
# 生成rabin公私钥
rabin = passcoder.PKSRabin()
rabin_p, rabin_q, rabin_n = rabin.keygen(512)
# 使用用户的账号的密码进行保护
rabin_xor_p = rabin_p ^ pwd2num
rabin_xor_q = rabin_q ^ pwd2num
# 生成rsa公私钥
rsa_sign = passcoder.RsaSign()
sign_p, sign_q, sign_e, sign_d = rsa_sign.k_gen(32)
sign_xor_p = sign_p ^ pwd2num
sign_xor_q = sign_q ^ pwd2num
sign_xor_e = sign_e ^ pwd2num
sign_xor_d = sign_d ^ pwd2num
try:
# create user
User.create(username=username,
pwd=pwd_md5,
rabin_p=str(rabin_xor_p),
rabin_q=str(rabin_xor_q),
rsa_p=str(sign_xor_p),
rsa_q=str(sign_xor_q),
rsa_e=str(sign_xor_e),
rsa_d=str(sign_xor_d))
self.le_username.setText("")
self.le_pwd.setText("")
self.le_pwd_again.setText("")
self.showmsg("register success,close and return to login")
except Exception as e:
self.showmsg("register failed:{}".format(e))
return
def key_regen(self):
username = self.u_name
try:
user = User.select().where(User.username == username).get()
pwd_md5 = user.pwd
pwd2num = passcoder.Utils.str2num(pwd_md5)
# 生成rabin公私钥
rabin = passcoder.PKSRabin()
rabin_p, rabin_q, rabin_n = rabin.keygen(512)
# 使用用户的账号的密码进行保护
rabin_xor_p = rabin_p ^ pwd2num
rabin_xor_q = rabin_q ^ pwd2num
# 生成rsa公私钥
rsa_sign = passcoder.RsaSign()
sign_p, sign_q, sign_e, sign_d = rsa_sign.k_gen(32)
sign_xor_p = sign_p ^ pwd2num
sign_xor_q = sign_q ^ pwd2num
sign_xor_e = sign_e ^ pwd2num
sign_xor_d = sign_d ^ pwd2num
# save
user.rabin_p = str(rabin_xor_p)
user.rabin_q = str(rabin_xor_q)
user.rsa_p = str(sign_xor_p)
user.rsa_q = str(sign_xor_q)
user.rsa_e = str(sign_xor_e)
user.rsa_d = str(sign_xor_d)
user.save()
self.showmsg("key regen success")
except Exception as e:
self.showmsg("{}".format(e))
def decrypt_msg(self):
file_path, _ = QFileDialog.getOpenFileName(self,
"open public key file",
r"./", "TXT(*.txt)")
if len(file_path) == 0 or not os.path.exists(file_path):
self.showmsg("please select correct file ")
return
# 读取file文件
with open(file_path, "r") as f:
msg = f.read()
# 加载rabin的私钥
user = User.select().where(User.username == self.u_name).get()
pwd_md5 = user.pwd
pwd2num = passcoder.Utils.str2num(pwd_md5)
rabin = passcoder.PKSRabin()
rabin_xor_p = int(user.rabin_p) ^ pwd2num
rabin_xor_q = int(user.rabin_q) ^ pwd2num
decrypted_msg = rabin.decrypt(rabin_xor_p, rabin_xor_q, msg)
try:
new_filename = "{}-decrypted-msg.txt".format(
datetime.datetime.now())
with open(new_filename, "w+") as f:
f.write(decrypted_msg)
self.showmsg("decrypted success,file:{}".format(new_filename))
except Exception as e:
self.showmsg("decrypted failed:{}".format(e))
def post(self):
'''
request body will be
{
"username": "******",
"password": "******",
"email": "xxx",
}
'''
data = tornado.escape.json_decode(self.request.body)
data['join_date'] = datetime.datetime.now()
try:
User.create(**data)
result = True
except peewee.IntegrityError:
result = False
# save to database, return True if successfull otherwise False
self.write(dict(result=result))
def __init__(self, request, response):
self.initialize(request, response)
self.gmailuser = users.get_current_user()
unauthorize = True
if self.gmailuser:
self.user = User.get_active_user_by_email(self.gmailuser.email())
if self.user and self.user.system_owner:
unauthorize = False
if unauthorize:
self.request_unauthorize(request)
def load_user(self, token):
try:
uid = jwt.decode(token, verify=False)['id']
user = yield User.get(uid)
jwt.decode(token, user.secret)
self.handler.user = user
except NoObjectReturnedFromDB as norfdb:
ite = jwt.InvalidTokenError(
'No user was found in the database for '
'this token.')
raise ite from norfdb
def sample_data(engine):
session = sessionmaker(bind=engine)()
session.add_all([
User(external_id=1,
name="Owner First",
imported_at=datetime.datetime.now()),
User(external_id=2,
name="Owner second",
imported_at=datetime.datetime.now()),
User(external_id=3,
name="owner THIRD",
imported_at=datetime.datetime.now()),
])
session.add_all([
Repository(
external_id=1,
name="repos/repo",
owner_id=1,
languages="python",
imported_at=datetime.datetime.now(),
),
Repository(
external_id=2,
name="repos/repo_2",
owner_id=2,
languages="ruby",
imported_at=datetime.datetime.now(),
),
Repository(
external_id=3,
name="repos/repo_3",
owner_id=3,
languages="golang",
imported_at=datetime.datetime.now(),
),
])
session.commit()
session.close()
def load_user(self, token):
try:
uid = jwt.decode(token, verify=False)['id']
user = yield User.get(uid)
jwt.decode(token, user.secret)
self.handler.user = user
except NoObjectReturnedFromDB as norfdb:
ite = jwt.InvalidTokenError(
'No user was found in the database for '
'this token.'
)
raise ite from norfdb
def send_room_courses(self, message):
"""Send current room's courses to the client.
This method is subscribed to the
``courses.room.get`` message type.
The ``user_id`` field of each course is replaced by
the ``owner`` field. The ``owner`` field contains
the name of the user, instead of it's ID.
:param dict message:
The client's message that executed this method.
.. todo::
* To get the user's names, only one query
should be made.
Like: ``User.get_names(id_list)``
"""
try:
courses = yield Course.get_courses_from_ids(
self.handler.room.courses)
ids = {c['user_id'] for c in courses}
names = yield {
id_: User.get_name(id_) for id_ in ids}
for course in courses:
course['owner'] = names[
course['user_id']
]
del course['user_id']
self.pub_subs['w'].send_message(
{'type': 'courses',
'courses': courses})
except AttributeError:
if not hasattr(self.handler, 'room') or \
self.handler.room is None:
self.handler.send_room_not_loaded_error(
message)
elif not hasattr(self.handler.room, 'courses'):
"""This should never happen again :P."""
raise
else:
raise
def send_room_courses(self, message):
"""Send current room's courses to the client.
This method is subscribed to the
``courses.room.get`` message type.
The ``user_id`` field of each course is replaced by
the ``owner`` field. The ``owner`` field contains
the name of the user, instead of it's ID.
:param dict message:
The client's message that executed this method.
.. todo::
* To get the user's names, only one query
should be made.
Like: ``User.get_names(id_list)``
"""
try:
courses = yield Course.get_courses_from_ids(
self.handler.room.courses)
ids = {c['user_id'] for c in courses}
names = yield {id_: User.get_name(id_) for id_ in ids}
for course in courses:
course['owner'] = names[course['user_id']]
del course['user_id']
self.pub_subs['w'].send_message({
'type': 'courses',
'courses': courses
})
except AttributeError:
if not hasattr(self.handler, 'room') or \
self.handler.room is None:
self.handler.send_room_not_loaded_error(message)
elif not hasattr(self.handler.room, 'courses'):
"""This should never happen again :P."""
raise
else:
raise
def post(self):
"""Creates new user"""
first_name, last_name, email, password, u_type = itemgetter(
'first_name', 'last_name', 'email', 'password',
'type')(request.json)
user_object = User.query.filter_by(email=email).first()
if user_object:
return jsonify(message='Email is already in database!'), 400
hashed_password = bcrypt.hashpw(password.encode('utf-8'),
bcrypt.gensalt())
new_user = User(first_name=first_name,
last_name=last_name,
email=email,
password=hashed_password.decode('utf-8'),
user_type=u_type)
db.session.add(new_user)
db.session.commit()
return jsonify(message='User has been inserted!')
def dl_pubkey(self):
'''
download rabin public key
'''
try:
# 设置publickey
file_path = QFileDialog.getExistingDirectory(
self, "choose path to save", r"./")
filename = file_path + convert_path("/{}.pub_rabin".format(
self.u_name))
print("文件{}".format(filename))
# 下载rabin key
user = User.user = User.select().where(
User.username == self.u_name).get()
rabin_p, rabin_q, rsa_p, rsa_q, rsa_e, rsa_d = xor_allkey(
user.username)
rsa_sign = passcoder.RsaSign()
rabin_n = str(rabin_q * rabin_p)
signer = rsa_sign.sign(rsa_d, rsa_p, rsa_q, rabin_n)
if KeyUtil.gen_pub_key(user.username, rabin_n, signer, filename):
# 产生rsa的公钥
KeyUtil.gen_rsa_pubkey(
user.username, str(rsa_e), str(rsa_p * rsa_q), file_path +
convert_path("/{}.pub_rsa".format(self.u_name)))
self.showmsg(
"save success,file name:{}.pub_rabin,{}.pub_rsa".format(
self.u_name, self.u_name))
else:
self.showmsg("save success,file failed.format")
except Exception as e:
print(e)
self.showmsg(e)
def post(self):
'''
{
id: "username or email",
password: "******"
}
'''
# return True if successfull otherwise False
data = tornado.escape.json_decode(self.request.body)
identifier = data.get('id')
password = data.get('password')
login = True
try:
user = User.get(((User.username == identifier) &
(User.password == password)) |
((User.email == identifier) &
(User.password == password)))
now = datetime.datetime.now()
credential = str(uuid.uuid4())
try:
lc = LoginRecord.get(
((LoginRecord.username == user.username) &
(LoginRecord.valid == True)))
lc.valid = False
lc.save()
except peewee.DoesNotExist:
pass
finally:
LoginRecord.create(
username=user.username,
login_date=now,
credential=credential)
self.set_cookie('uid', credential)
except peewee.DoesNotExist:
login = False
if login:
self.write(dict(result=login, username=user.username))
else:
self.write(dict(result=login))
def get(self):
context = self.get_context
context['user_list']=User.get_active_user_list()
template = self.get_jinja2_env.get_template('html/base.html')
self.response.out.write(template.render(context))
def orsen():
global manwal_kawnt, storyId, endstory, endstorygen, story_list, turn_count, userid, username, secret_code
#print(json.dumps(request.get_json()))
requestJson = request.get_json()
focus = requestJson["inputs"][0]#["rawInputs"][0]["query"]
#print(focus["intent"])
#FOR FILES - OPEN
dm_fileWriter = open(dialogueLogs+ "/" + date+".txt", "a")
convo_fileWriter = open(convo_path+ "/" + date+".txt", "a")
ie_fileWriter = open(information_path+ "/" + date+".txt", "a")
#When the app invocation starts, create storyid and greet the user and reset reprompt count
if focus["intent"] == "actions.intent.MAIN":
storyId = storyId + 1
print("STORY ID ",storyId)
new_world(storyId)
#reset reprompt count
manwal_kawnt = 0
turn_count = 5 #change back to 0
story_list = []
#greet user (app.ask)
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Hi! What's your name?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
#FOR
convo_fileWriter.write(date + "\n")
ie_fileWriter.write(date + "\n")
dm_fileWriter.write(date + "\n")
convo_fileWriter.write("ORSEN: Hi! What's your name?" + "\n")
elif focus["intent"] == "actions.intent.GIVE_IDEA_ORSEN":
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Okay, I will give you a hint"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
#FOR FILES
convo_fileWriter.write("ORSEN: Okay, I will give you a hint" + "\n")
#When there is no input: ask the user (prompt from model) until maximum count is reached
elif focus["intent"] == "actions.intent.NO_INPUT":
#increment reprompt count
manwal_kawnt = manwal_kawnt + 1
#app termination when maximum reprompt count is reached
if manwal_kawnt == MAKSIMUM_KAWNT:
data = {"expectUserResponse": False, "finalResponse": {"speechResponse": {"textToSpeech": "Okay. Goodbye"}}}
#FOR FILES - CLOSE
convo_fileWriter.write("ORSEN: Okay. Goodbye" + "\n")
convo_fileWriter.close()
ie_fileWriter.write("~~~ Story Ends Because of No Input ~~~" + "\n")
ie_fileWriter.close()
world = server.get_world(storyId)
dm_fileWriter.write("\n\n")
dm_fileWriter.write("---DIALOGUE MOVE COUNTS--- \n")
dm_fileWriter.write("FEEdBACK COUNTS: "+ str(world.feedback_count) + "\n")
dm_fileWriter.write("GENERAL COUNTS: "+ str(world.general_pump_count) + "\n")
dm_fileWriter.write("SPECIFIC COUNTS: " + str(world.specific_pump_count) + "\n")
dm_fileWriter.write("PROMPT COUNTS: " + str(world.prompt_count) + "\n")
dm_fileWriter.write("HINT COUNTS: " + str(world.hint_count) + "\n")
dm_fileWriter.write("SUGGEST COUNTS: " + str(world.suggest_count) + "\n")
dm_fileWriter.write("FOLLOWUP1 COUNTS: " + str(world.followup1_count) + "\n")
dm_fileWriter.write("FOLLOWUP2 COUNTS: " + str(world.followup2_count) + "\n")
dm_fileWriter.write("---COMBINATION DIALOGUE MOVE COUNTS--- \n")
dm_fileWriter.write("F + General: "+ str(world.feedback_general_count) + "\n")
dm_fileWriter.write("F + Specific: "+ str(world.feedback_specific_count) + "\n")
dm_fileWriter.write("F + Hinting: "+ str(world.feedback_hint_count) + "\n")
dm_fileWriter.write("F + Suggesting: "+ str(world.feedback_suggest_count) + "\n")
dm_fileWriter.write("---SUGGESTION YES/NO--- \n")
dm_fileWriter.write("Yes: "+ str(world.yes) + "\n")
dm_fileWriter.write("No: "+ str(world.no) + "\n")
dm_fileWriter.write("---Follow Up1 Don'tLike/Wrong--- \n")
dm_fileWriter.write("Don't Like: "+ str(world.dontLike) + "\n")
dm_fileWriter.write("Wrong: "+ str(world.wrong) + "\n")
dm_fileWriter.write("---Follow Up2 in/not--- \n")
dm_fileWriter.write("In Choices: "+ str(world.inChoices) + "\n")
dm_fileWriter.write("None of the Above: "+ str(world.notInChoices) + "\n")
dm_fileWriter.write("---GLOBAL + LOCAL CONCEPTS --- \n")
dm_fileWriter.write("GLOBAL CONCEPT LIST: " + str(world.global_concept_list) + "\n")
dm_fileWriter.write("LENGTH GLOBAL CONCEPT LIST: " + str(len(world.global_concept_list)) + "\n")
dm_fileWriter.write("LOCAL CONCEPT LIST: " + str(world.local_concept_list) + "\n")
dm_fileWriter.write("LENGTH LOCAL CONCEPT LIST: " + str(len(world.local_concept_list)) + "\n")
dm_fileWriter.write("END OF SESSION")
dm_fileWriter.close()
#reprompt user
else:
#get the reprompt
retrieved = retrieve_output("", storyId, userid, dm_fileWriter)
if retrieved.type_num == MOVE_HINT:
extract_info(userid, retrieved.get_string_response())
output_reply = retrieved.get_string_response()
#reprompt user
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":""+output_reply+""}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
elif turn_count == 1:
rawTextQuery = requestJson["inputs"][0]["rawInputs"][0]["query"]
turn_count = turn_count + 1
username = str(rawTextQuery).split()
username = username[len(username)-1].lower()
convo_fileWriter.write("CHILD: My name is " + username + "\n")
ie_fileWriter.write("Child name is " + username + "\n")
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Do we have a secret code?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
elif turn_count == 2:
rawTextQuery = requestJson["inputs"][0]["rawInputs"][0]["query"]
if "yes" in str(rawTextQuery).lower():
turn_count = turn_count + 2
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"I see, can you tell me what it is?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
else:
turn_count = turn_count + 1
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"I see, let's make one then. So what will it be?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
elif turn_count == 3:
rawTextQuery = requestJson["inputs"][0]["rawInputs"][0]["query"]
if str(rawTextQuery) != "":
secret_code = str(rawTextQuery).split()
secret_code = secret_code[len(secret_code)-1].lower()
turn_count = turn_count + 2
# add to DB
user = User.User(-1, username, secret_code)
if DBO_User.get_user_id(username, secret_code) == -1:
DBO_User.add_user(user)
# get user id
userid = DBO_User.get_user_id(username, secret_code)
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Yey, a new friend! Let's make a story. You go first " + username + "."}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
elif turn_count == 4:
rawTextQuery = requestJson["inputs"][0]["rawInputs"][0]["query"]
secret_code = str(rawTextQuery).split()
secret_code = secret_code[len(secret_code)-1].lower()
# check if username and secret code match in db
userid = DBO_User.get_user_id(username, secret_code)
if userid != -1:
turn_count = turn_count + 1
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Oh, you remembered " + username + "! Okay, let's make a story then. You start!"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
else:
print("try again")
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Hmm, I don't think that was our secret code. Why don't you give it another try " + username + "?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
#When there is input, simply pass to model and get reply
else:
rawTextQuery = requestJson["inputs"][0]["rawInputs"][0]["query"]
manwal_kawnt =0
# userId = requestJson["user"]["userId"] # some really long id
data = {}
genstory = ""
#print(rawTextQuery + " ["+userId+"]")
if endstory:
rawTextQuery = requestJson["inputs"][0]["rawInputs"][0]["query"]
#If user wants to create another story, create new story and reset reprompt counts
# if user wants to hear the whole story
if (not endstorygen) and (rawTextQuery == "yes" or rawTextQuery == "yes." or rawTextQuery == "sure" or rawTextQuery == "sure." or rawTextQuery == "yeah" or rawTextQuery == "yeah."):
#(edit-addhearstory-p2)swapped the contents of first and this condition
output_reply = generate_collated_story(server.get_world(storyId))
print("-----======= GENERATED STORY =======------")
print(output_reply)
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":""+output_reply+""+". Do you want to create another story?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
endstorygen = True
#FOR FILES
convo_fileWriter.write("CHILD: "+ rawTextQuery + "\n")
convo_fileWriter.write("ORSEN: "+ output_reply + "Do you want to create another story?" + "\n")
# user does not want to hear the full story
elif not endstorygen:
#(edit-addhearstory-p1) changed prompt from 'hear story' to 'create story'
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Okay. Do you want to create another story?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
endstorygen = True
#FOR FILES
convo_fileWriter.write("CHILD: "+ rawTextQuery + "\n")
convo_fileWriter.write("ORSEN: Okay. Do you want to create another story?" + "\n")
# user wants to create a new story
elif endstorygen and (rawTextQuery == "yes" or rawTextQuery == "yes." or rawTextQuery == "sure" or rawTextQuery == "sure." or rawTextQuery == "yeah" or rawTextQuery == "yeah."):
#(edit-addhearstory-p2) swapped the contents of first and this condition
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Okay then, Let's create a story. You start"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
manwal_kawnt = 0
storyId = storyId + 1
print("STORY ID ",storyId)
new_world(storyId)
endstorygen = False
endstory = False
story_list = []
turn_count = 0
#FOR FILES
convo_fileWriter.write("CHILD: "+ rawTextQuery + "\n")
convo_fileWriter.write("ORSEN: Okay then, Let's create a story. You start" + "\n")
#If the user does not want to create a new story
else:
#inserted, generatestory
data = {"expectUserResponse": False, "finalResponse": {"speechResponse": {"textToSpeech": "Thank you. Goodbye"}}}
endstorygen = False
endstory = False
story_list = []
turn_count = 0
#FOR FILES - CLOSE
convo_fileWriter.write("CHILD: "+ rawTextQuery + "\n")
convo_fileWriter.write("ORSEN: Thank you. Goodbye" + "\n")
end = datetime.datetime.now().strftime("%Y-%m-%d %H-%M-%S")
convo_fileWriter.write(end)
convo_fileWriter.close()
ie_fileWriter.write("~~~ End Session ~~~")
ie_fileWriter.write(end)
ie_fileWriter.close()
#when the user says they want to stop telling the story
elif rawTextQuery.lower() == "bye" or rawTextQuery.lower() == "the end" or rawTextQuery.lower() == "the end.":
#(edit-addhearstory-p1) changed the prompt from 'create another story' to 'hear full story'
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":"Wow. Thanks for the story. Do you want to hear the full story?"}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
endstory = True
#FOR FILES
convo_fileWriter.write("CHILD: "+ rawTextQuery + "\n")
convo_fileWriter.write("ORSEN: Wow. Thanks for the story. Do you want to hear the full story?" + "\n")
else:
result = None
story_list.append(rawTextQuery)
# if the reply is a story, then extract info and add in story. If not, then don't add
if getCategory(rawTextQuery) == CAT_STORY:
# you can pass user id here
story_list[len(story_list)-1] = extract_info(userid, story_list, ie_fileWriter)
result = get_unkown_word()
if result != None:
output_reply = "I need help! Please use " + result + " in a sentence."
else:
#dialogue
#get the dialogue regardless of type
retrieved = retrieve_output(rawTextQuery, storyId, userid, dm_fileWriter)
if retrieved.type_num == MOVE_HINT:
extract_info(userid, retrieved.get_string_response(), ie_fileWriter)
output_reply = retrieved.get_string_response()
data = {"conversationToken":"{\"state\":null,\"data\":{}}","expectUserResponse":True,"expectedInputs":[{"inputPrompt":{"initialPrompts":[{"textToSpeech":""+output_reply+""}],"noInputPrompts":[{"textToSpeech":tts,"displayText":dt}]},"possibleIntents":[{"intent":"actions.intent.TEXT"}]}]}
print("I: ", rawTextQuery)
print("O: ", output_reply)
convo_fileWriter.write("Child: " + rawTextQuery + "\n")
convo_fileWriter.write("ORSEN: " + output_reply + "\n")
#if expectedUserResponse is false, change storyId
return jsonify(data)