def process_admission_general(entities):
response = response_generator.query_job_student()
print(response)
job_or_student = input("")
entity_list = helper.change_entity_list(get_entities(job_or_student))
if "info_target" in entity_list:
if contains("job", entity_list["info_target"]) or contains(
"title", entity_list["info_target"]):
print(response_generator.query_job())
new_state = "end"
return new_state, entities
else:
print(response_generator.query_student())
program_choice = input("")
entities_list_original = get_entities(program_choice)
entity_list_new = helper.change_entity_list(entities_list_original)
if "program" in entity_list_new:
response = ""
for i in range(len(entity_list_new["program"])):
if i != 0:
response += "\n"
program = entity_list_new["program"][i]["value"]
admission = helper.load_program_info()[program][2]
response += admission
print(response)
new_state = "end"
return new_state, entities
return "end", entities
print(response_generator.sorry())
return "end", entities
def process_coordinator(entities):
print("Which program do you want to know?")
response_user = input("")
entity_list = get_entities(response_user)["entities"]
if "status" in entity_list:
if contains("undergraduate", entity_list["status"]):
response = "The coordinator for UG programs is Dr. Qiong Luo."
print(response)
new_state = "end"
return new_state, entities
if contains("postgraduate", entity_list["status"]):
response = "The coordinator for PG programs is Dr. Kai Chen."
print(response)
new_state = "end"
return new_state, entities
if "program" in entity_list:
program_info_matching = helper.load_program_info()
response = ""
for i in range(len(entity_list["program"])):
if i != 0:
response += "\n"
program = entity_list["program"][i]["value"]
coordinator = program_info_matching[program][4]
response += response_generator.provide_coordinator_info(
program, coordinator)
print(response)
new_state = "end"
return new_state, entities
response = response_generator.provide_general_coordinator_info()
print(response)
new_state = "end"
return new_state, entities
def classify_intent(entities):
if contains("get_basic", entities["intent"]):
new_state = "basic_query"
return new_state, entities
if contains("get_admission", entities["intent"]):
new_state = "admission_query"
return new_state, entities
if contains("get_people", entities["intent"]):
new_state = "people_query"
return new_state, entities
if contains("get_contact", entities["intent"]):
new_state = "contact_query"
return new_state, entities
if contains("get_info", entities["intent"]):
new_state = "info_query"
return new_state, entities
if contains("get_enrichment", entities["intent"]):
new_state = "enrichment_query"
return new_state, entities
if contains("ensure_quality", entities["intent"]):
new_state = "quality_query"
return new_state, entities
if contains("get_access", entities["intent"]):
new_state = "access_query"
return new_state, entities
if contains("get_general", entities["intent"]):
new_state = "general_query"
return new_state, entities
new_state = "error"
return new_state, entities
def process_admission_general(entities):
response = response_generator.query_job_student()
print(response)
job_or_student = input("")
entity_list = get_entities(job_or_student)["entities"]
if "info_target" in entity_list:
if contains("job", entity_list["info_target"]) or contains("title", entity_list["info_target"]):
print(response_generator.query_job())
# TODO: set up a navigation here
else:
print(response_generator.query_student())
def process_info_query(entities):
if "faculty_name" in entities:
faculty_attributes, faculty_info = helper.load_faculty_information()
if contains("research area", entities["info_target"]):
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
research_area = str(faculty_info[staff_name][5])
response += response_generator.provide_faculty_research_area(
staff_name, research_area)
print(response)
if contains("research interest", entities["info_target"]):
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
research_interest = str(faculty_info[staff_name][10])
response += response_generator.provide_faculty_research_interest(
staff_name, research_interest)
print(response)
if contains("title", entities["info_target"]) or contains(
"job", entities["info_target"]):
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
title = str(faculty_info[staff_name][1])
response += response_generator.provide_faculty_title(
staff_name, title)
print(response)
new_state = "end"
return new_state, entities
if "staff_name" in entities:
staff_attributes, staff_info = helper.load_staff_information()
if helper.check_job(entities["info_target"]):
response = ""
for i in range(len(entities["staff_name"])):
if i != 0:
response += "\n"
staff_name = entities["staff_name"][i]["value"]
position = str(staff_info[staff_name][4].replace("\n", ""))
staff_type = str(staff_info[staff_name][5])
response += response_generator.provide_staff_position(
staff_name, position, staff_type)
print(response)
new_state = "end"
return new_state, entities
new_state = "error"
return new_state, entities
def route_cost_check(phone_num: str, prefix_and_route_costs) -> str:
'''cost variable updates as we iteratave over the dicitonary according too
matching prefix if it is the lowest offset'''
# This returns a dictionary of the prefixes and the cost as (key, value) pairs
cost = None
# arbitrary large value for beginning the loop
old_offset = 2**1000
# loop through prefix keys in dict
for prefix in prefix_and_route_costs.keys():
# ! Runtime = O(n), n being the number of keys in prefix dict
found = contains(phone_num, prefix)
if found:
# the difference between the length of the phone number and the prefix
offset = len(phone_num) - len(prefix)
# the lowest difference is the 'correct' match
if offset <= old_offset:
# ! Runtime - O(1)
cost = prefix_and_route_costs[prefix]
# case: prefix not in dict
if not cost:
return None
return cost
def fetch(name):
check = helper.contains([root_dir, name])
# IF THE PIPELINE EXISTS
if check != False:
# LOAD & RETURN PIPELINE DETAILS
details = storage.load_details(name)
return details
# OTHERWISE, RETURN FALSE
return check
def process_number(entities):
if "info_target" in entities:
if contains("rank", entities["info_target"]):
response = response_generator.provide_ranking_information()
print(response)
new_state = "end"
return new_state, entities
if "job_title" in entities:
response = response_generator.provide_faculty_number()
print(response)
new_state = "end"
return new_state, entities
def all():
return helper.contains([root_dir])
def main():
url = input(
"Ayyyyo whasss Gucci! It's cha boi, Sir Pickles Von Quackmeister III here to help you with your recipe! Enter a URL to parse!\n"
)
while "allrecipes" not in url:
url = input("This URL doesn't work (must be AllRecipes). Try again:")
run = True
while run:
# get a transform
function = input('''What would you like to do? \n
[a] Parse as-is
[b] Transform to vegetarian
[c] Parse with recipe doubled
[d] Parse with recipe halved
[e] Transform to Lithuanian
[f] Transform to healthy
''')
recipe = None
if function == 'a' or function == 'A' or contains(
function, "as-is") or contains(function, "as is"):
recipe = url_to_recipe(url)
elif function == 'b' or function == 'B' or contains(
function, "vegetarian"):
recipe = url_to_transform(url, veg_transform)
elif function == 'c' or function == 'C' or contains(
function, "double"):
recipe = double(url_to_recipe(url))
elif function == 'd' or function == 'D' or contains(
function, "half") or contains(function, "halve"):
recipe = halve(url_to_recipe(url))
elif function == 'e' or function == 'E' or contains(
function, "lithuanian"):
recipe = url_to_transform_gen(url, Lithuanian_sub)
elif function == 'f' or function == 'F' or contains(
function, "health"):
recipe = url_to_transform_gen(url, health_sub)
elif function == 'q' or function == 'Q' or function == 'quit' or function == "Quit":
print("Okay! Bye!")
run = False
break
else:
print(
"Sorry, I didn\'t understand that. You can enter 'Q' at any time to quit."
)
run = True
# print information (basic goal 1, to expand on this we could use regex to scan for keywords)
step = 0
prevStep = -1
if recipe:
print("Ok, let's do that with your recipe, \'%s\'. " %
recipe['name'])
while recipe:
function = input('''What would you like to see? \n
[a] Ingredients
[b] Steps
[c] Tools
[d] Methods
[e] All of the above
[f] I have a question.
''')
if function == 'a' or function == 'A' or contains(
function, "ingredient"):
ingPy.ing_print(recipe['ingredients'])
elif function == 'b' or function == 'B' or contains(
function, "steps"):
oneByOne = None
while not oneByOne:
oneByOne = input(
'Would you like [1] one step at a time or [2] all steps now?\n'
)
if oneByOne == "2" or contains(oneByOne, "all"):
print_steps(recipe)
elif oneByOne == "1" or contains(oneByOne, "one"):
print(
"You can tell me to go forward, backward, start over, or go to a particular step at any time."
)
print("Your recipe has " + str(len(recipe['steps'])) +
' steps.')
print_step(recipe, step)
prevStep = step
step += 1
else:
print('Hmm, I didn\'t catch that.')
oneByOne = None
elif function == 'c' or function == 'C' or contains(
function, "tool"):
print_tools(recipe)
elif function == 'd' or function == 'D' or contains(
function, "method"):
print_methods(recipe)
elif function == 'e' or function == 'E' or contains(
function, "all"):
print_all(recipe)
elif function == 'f' or function == 'F' or contains(
function, "question"):
handle_question(recipe, prevStep)
elif function == 'q' or function == 'Q' or function == 'quit' or function == "Quit":
print("Okay! Bye!")
recipe = False
run = False
break
# navigate forward and back a step at a time (goal 2, complete)
elif 'forward' in function or 'next' in function:
doStep = True
if 'step' not in function:
check = input(
"To be clear, you'd like to see the next step? [1] Yes [2] No \n"
)
if check == '2': doStep = False
if doStep:
if step < len(recipe['steps']) - 1:
#step += 1
print_step(recipe, step)
prevStep = step
step += 1
else:
print("There is no next step! Here is the last step: ")
prevStep = step
step = len(recipe['steps']) - 1
print_step(recipe, step)
elif 'backward' in function or 'back' in function or 'previous' in function:
doStep = True
if 'step' not in function:
check = input(
"To be clear, you'd like to see the previous step? [1] Yes [2] No \n"
)
if check == '2': doStep = False
if doStep:
if step > 0:
prevStep = step
step -= 1
print_step(recipe, step)
else:
print(
"There is no previous step! Here is the first step: "
)
print_step(recipe, 0)
prevStep = step
step = 0
elif re.search(
r"\bstep\b", function
): # the word "step" with word boundaries at either side
found = False
for word in function.lower().split():
nth = re.match(r"([0-9]+)", word)
if nth:
found = True
num = nth.group(0)
if int(num) > 0 and int(num) < len(
recipe['steps']) + 1:
print("Here is step " + nth.group(0) + ':')
step = int(num) - 1
print_step(recipe, step)
else:
print("Sorry, that step number is out of bounds.")
print("Your recipe has " +
str(len(recipe['steps'])) + ' steps.')
if not found:
print(
'Sorry, which step would you like to see? Please use numerals rather than spelled out words.'
)
else:
print(
"Sorry, I didn\'t understand that. You can enter 'Q' at any time to quit."
)
def process_dialog(entities):
if "intent" not in entities:
response = response_generator.sorry()
print(response)
return
# Respond the user's "plain statement"
if contains("explain", entities["intent"]):
if "info_target" not in entities:
response = response_generator.sorry()
print(response)
return
if contains("school", entities["info_target"]) or contains("degree", entities["info_target"]) or contains("student", entities["info_target"]):
response = "DSCT: <DSCT>" + "\n" + "COMP: <COMP>" + "\n" + "COSC: <COSC>"
print(response)
return
if contains("job", entities["info_target"]):
print("Job info: <info>")
return
# Basically, if there is only one entity in the sentence,
# we will answer the question directly
if contains("get_basic", entities["intent"]):
if "enrich_target" in entities:
if contains("hackathon", entities["enrich_target"]):
response = "Hackathon opportunities:"
print(response)
return
if contains("contest", entities["enrich_target"]):
response = "Contest opportunities:"
print(response)
return
if contains("exchange", entities["enrich_target"]):
response = "Exchange opportunities:"
print(response)
return
if contains("independent work", entities["enrich_target"]):
response = "Independent work:"
print(response)
return
if contains("internship", entities["enrich_target"]):
response = "Internship opportunities:"
print(response)
return
if contains("honor courses", entities["enrich_target"]):
response = "Honor courses:"
print(response)
return
if contains("urop", entities["enrich_target"]):
response = "Research opportunities:"
print(response)
return
if "basic_target" not in entities and "program" not in entities:
if contains("cse", entities["department_name"]):
response = response_generator.give_basic_info("cse", "cse")
print(response)
return
if "basic_target" not in entities:
if contains("dsct", entities["program"]):
response = "DSCT: <info>"
print(response)
return
if contains("comp", entities["program"]):
response = "COMP: <info>"
print(response)
return
if contains("cosc", entities["program"]):
response = "COSC: <info>"
print(response)
return
if contains("vision", entities["basic_target"]) and contains("mission", entities["basic_target"]):
response = response_generator.give_basic_info("vision statement", helper.vision_statement)
response += "\n"
response += response_generator.give_basic_info("mission statement", helper.mission_statement)
print(response)
return
if contains("vision", entities["basic_target"]):
response = response_generator.give_basic_info("vision statement", helper.vision_statement)
print(response)
return
if contains("mission", entities["basic_target"]):
response = response_generator.give_basic_info("mission statement", helper.mission_statement)
print(response)
return
if contains("objective", entities["basic_target"]):
response = response_generator.give_basic_info("objective", helper.objective)
print(response)
return
if contains("news", entities["basic_target"]):
response = response_generator.give_basic_info("news", "news")
print(response)
return
# This part, we implement
# how the chatbot will react if asked about admission
if contains("get_admission", entities["intent"]):
if "enrich_target" in entities:
if contains("internship", entities["enrich_target"]):
response = "Internship opportunities:"
print(response)
return
if contains("honor courses", entities["enrich_target"]):
response = "Honor courses:"
print(response)
return
if contains("urop", entities["enrich_target"]):
response = "Research opportunities:"
print(response)
return
if "info_target" not in entities and "program" not in entities:
response = "Are you a job seeker and a prospective student?"
print(response)
return
if "info_target" in entities and "program" in entities:
if contains("undergraduate", entities["program"]) or contains("postgraduate", entities["program"]):
response = "Which program are you in?"
print(response)
return
if contains("dsct", entities["program"]):
response = "DSCT: <admission info>"
print(response)
return
if contains("comp", entities["program"]):
response = "COMP: <admission info>"
print(response)
return
if contains("cosc", entities["program"]):
response = "COSC: <admission info>"
print(response)
return
# For the purpose of people information
if contains("get_people", entities["intent"]):
if "staff_name" in entities:
response = "Information of " + entities["staff_name"][0]["value"] + " is ..."
print(response)
return
if "research_area" in entities:
response = "(Professor names) is doing " + entities["research_area"][0]["value"]
print(response)
return
if "lab_name" in entities:
response = "(Professor names) is doing " + entities["lab_name"][0]["value"]
print(response)
return
if "faculty_name" in entities:
response = "Information of " + entities["faculty_name"][0]["value"] + " is ..."
print(response)
return
# For the purpose of getting contact
if contains("get_contact", entities["intent"]):
if "staff_name" in entities:
if "info_target" in entities:
if contains("tel", entities["info_target"]):
response = "Tel of " + entities["staff_name"][0]["value"] + " is ..."
print(response)
return
if contains("email", entities["info_target"]):
response = "Email of " + entities["staff_name"][0]["value"] + " is ,,,"
print(response)
return
if contains("title", entities["info_target"]):
response = "Title of " + entities["staff_name"][0]["value"] + " is ..."
print(response)
return
response = "Contact of " + entities["staff_name"][0]["value"] + " is ..."
print(response)
return
if "faculty_name" in entities:
if "info_target" in entities:
if contains("tel", entities["info_target"]):
response = "Tel of " + entities["faculty_name"][0]["value"] + " is ..."
print(response)
return
if contains("email", entities["info_target"]):
response = "Email of " + entities["faculty_name"][0]["value"] + " is ,,,"
print(response)
return
if contains("title", entities["info_target"]):
response = "Title of " + entities["faculty_name"][0]["value"] + " is ..."
print(response)
return
response = "Contact of " + entities["faculty_name"][0]["value"] + " is ,,,"
print(response)
return
if "department_name" in entities:
response = "Contact of cse ..."
print(response)
return
if contains("get_info", entities["intent"]):
if "faculty_name" in entities:
if contains("research interest", entities["info_target"]):
response = "Research interest of " + entities["faculty_name"][0]["value"] + " is ..."
print(response)
return
if contains("research area", entities["info_target"]):
response = "Research area of " + entities["faculty_name"][0]["value"] + " is ..."
print(response)
return
if contains("tel", entities["info_target"]):
response = "Tel of " + entities["faculty_name"][0]["value"] + " is ..."
print(response)
return
# Check out the possible enrichment in CSE, HKUST
if contains("get_enrichment", entities["intent"]):
if "enrich_target" in entities:
if contains("hackathon", entities["enrich_target"]):
response = "Hackathon opportunities:"
print(response)
return
if contains("contest", entities["enrich_target"]):
response = "Contest opportunities:"
print(response)
return
if contains("exchange", entities["enrich_target"]):
response = "Exchange opportunities:"
print(response)
return
if contains("independent work", entities["enrich_target"]):
response = "Independent work:"
print(response)
return
if contains("internship", entities["enrich_target"]):
response = "Internship opportunities:"
print(response)
return
if contains("honor courses", entities["enrich_target"]):
response = "Honor courses:"
print(response)
return
if contains("urop", entities["enrich_target"]):
response = "Research opportunities:"
print(response)
return
print("Available enrichment:")
return
# Check the quality assurance
if contains("ensure_quality", entities["intent"]):
if "dependent_independent" in entities:
if contains("independently", entities["dependent_independent"]):
print("Self assurance network")
return
else:
print("External assurance sources")
return
print("Assurance methods:")
return
# Find out the url link of different website
if contains("get_access", entities["intent"]):
if "site_name" in entities:
if contains("fypms", entities["site_name"]):
print("The URL of FYPMS is: ")
return
if "access_target" in entities:
if contains("computing facilities", entities["access_target"]):
print("There are several possible computation resources:")
return
# When the user attempts to know the general information about the chatbot
if contains("get_general", entities["intent"]):
response = response_generator.greeting()
print(response)
return
def divide_basic_questions(entities):
if "info_target" in entities:
if contains("rank", entities["info_target"]):
response = response_generator.provide_ranking_information()
print(response)
new_state = "end"
return new_state, entities
# Enrichment opportunities
if "enrich_target" in entities:
response = ""
enrich_general = helper.load_enrichment_general_info()
for i in range(len(entities["enrich_target"])):
if i != 0:
response += "\n\n"
enrichment = entities["enrich_target"][i]["value"]
if enrichment == "Exchange Programs":
if "exchange_type" in entities:
if contains("inbound",
entities["exchange_type"]) and contains(
"outbound", entities["exchange_type"]):
response += response_generator.provide_inbound_exchange(
)
response += "\n"
response += response_generator.provide_outbound_exchange(
)
elif contains("inbound", entities["exchange_type"]):
response += response_generator.provide_inbound_exchange(
)
elif contains("outbound", entities["exchange_type"]):
response += response_generator.provide_outbound_exchange(
)
else:
response += enrich_general[enrichment][1]
print(response)
new_state = "end"
return new_state, entities
# Program information
if "program" in entities:
program_info = helper.load_program_info()
response = ""
for i in range(len(entities["program"])):
if i != 0:
response += "\n\n"
program = entities["program"][i]["value"]
intro = program_info[program][1]
response += intro
print(response)
new_state = "end"
return new_state, entities
# Course information
if "course" in entities and "honor_course" not in entities:
if "info_target" in entities:
if contains("prerequisite", entities["info_target"]):
response = ""
if "course" not in entities:
total_course = entities["honor_course"]
elif "honor_course" not in entities:
total_course = entities["course"]
else:
total_course = entities["course"] + entities["honor_course"]
attributes, course_info = helper.load_course_information()
for i in range(len(total_course)):
if i != 0:
response += "\n"
course_code = total_course[i]["value"]
prerequisite = course_info[course_code][4]
response += response_generator.provide_course_prerequisite(
course_code, prerequisite)
print(response)
new_state = "end"
return new_state, entities
if contains("exclusion", entities["info_target"]):
response = ""
if "course" not in entities:
total_course = entities["honor_course"]
elif "honor_course" not in entities:
total_course = entities["course"]
else:
total_course = entities["course"] + entities["honor_course"]
attributes, course_info = helper.load_course_information()
for i in range(len(total_course)):
if i != 0:
response += "\n"
course_code = total_course[i]["value"]
exclusion = course_info[course_code][3]
response += response_generator.provide_course_exclusion(
course_code, exclusion)
print(response)
new_state = "end"
return new_state, entities
course_attributes, course_info = helper.load_course_information()
response = ""
for i in range(len(entities["course"])):
if i != 0:
response += "\n\n"
code = entities["course"][i]["value"]
response += response_generator.provide_course_info_by_table(
code, course_info)
print(response)
new_state = "end"
return new_state, entities
# To deal with the problem of unhandled "honor course" problem.
if "honor_course" in entities and "course" not in entities:
course_attributes, course_info = helper.load_course_information()
response = ""
for i in range(len(entities["honor_course"])):
if i != 0:
response += "\n\n"
code = entities["honor_course"][i]["value"]
response += response_generator.provide_course_info_by_table(
code, course_info)
print(response)
new_state = "end"
return new_state, entities
# Dealing with the problem of "mixed" type of information.
if "honor_course" in entities and "course" in entities:
course_attributes, course_info = helper.load_course_information()
response = ""
course_entities_augmented = entities["honor_course"] + entities[
"course"]
for i in range(len(course_entities_augmented)):
if i != 0:
response += "\n\n"
code = course_entities_augmented[i]["value"]
response += response_generator.provide_course_info_by_table(
code, course_info)
print(response)
new_state = "end"
return new_state, entities
# Dealing with the problem of research area
if "research_area" in entities:
response = ""
fullname, attributes = helper.load_research_area_full_name()
for i in range(len(entities["research_area"])):
if i != 0:
response += "\n\n"
research_area = entities["research_area"][i]["value"]
response += attributes[research_area]
print(response)
new_state = "end"
return new_state, entities
# Basic information about the department
response = response_generator.provide_basic_dept_info()
print(response)
new_state = "end"
return new_state, entities
def process_contact_query_questions(entities):
if "staff_name" in entities:
staff_attributes, staff_info = helper.load_staff_information()
if "info_target" in entities:
# Query about telephone number
if contains("tel", entities["info_target"]):
response = ""
for i in range(len(entities["staff_name"])):
if i != 0:
response += "\n"
staff_name = entities["staff_name"][i]["value"]
try:
tel = str(int(staff_info[staff_name][2]))
except ValueError:
tel = "information not available"
response += response_generator.provide_staff_telephone_number(
staff_name, tel)
print(response)
# Query about email
if contains("email", entities["info_target"]):
response = ""
for i in range(len(entities["staff_name"])):
if i != 0:
response += "\n"
staff_name = entities["staff_name"][i]["value"]
email = str(staff_info[staff_name][1])
if "\\N" in email:
email = "information not available"
response += response_generator.provide_staff_email(
staff_name, email)
print(response)
# Query about room number
if contains("room number", entities["info_target"]):
response = ""
for i in range(len(entities["staff_name"])):
if i != 0:
response += "\n"
staff_name = entities["staff_name"][i]["value"]
try:
room_number = str(int(staff_info[staff_name][3]))
except ValueError:
room_number = "information not available"
response += response_generator.provide_staff_room(
staff_name, room_number)
print(response)
# Query about website
if contains("links", entities["info_target"]):
response = ""
for i in range(len(entities["staff_name"])):
if i != 0:
response += "\n"
staff_name = entities["staff_name"][i]["value"]
link = str(staff_info[staff_name][6])
if "\\N" in link:
link = "information not available"
response += response_generator.provide_staff_link(
staff_name, link)
print(response)
new_state = "end"
return new_state, entities
else:
response = ""
for i in range(len(entities["staff_name"])):
if i != 0:
response += "\n"
staff_name = entities["staff_name"][i]["value"]
# Get email
email = str(staff_info[staff_name][1])
if "\\N" in email:
email = "information not available"
# Get telephone number
try:
tel = str(int(staff_info[staff_name][2]))
except ValueError:
tel = "information not available"
# Get room number
try:
room_number = str(int(staff_info[staff_name][3]))
except ValueError:
room_number = "information not available"
link = str(staff_info[staff_name][6])
if "\\N" in link:
link = "information not available"
response += response_generator.provide_staff_info(
staff_name, email, tel, room_number, link)
print(response)
new_state = "end"
return new_state, entities
if "faculty_name" in entities:
faculty_attributes, faculty_info = helper.load_faculty_information()
if "info_target" in entities:
# Query about telephone number
if contains("tel", entities["info_target"]):
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
tel = faculty_info[staff_name][2]
if "\\N" in tel:
tel = "information not available"
response += response_generator.provide_faculty_tel(
staff_name, tel)
print(response)
# Query about email
if contains("email", entities["info_target"]):
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
email = str(faculty_info[staff_name][3])
if "\\N" in email:
email = "information not available"
response += response_generator.provide_faculty_email(
staff_name, email)
print(response)
# Query about room number
# Query about website is given to "get_access" intent
if contains("room number", entities["info_target"]):
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
room_number = str(faculty_info[staff_name][4])
if "\\N" in room_number:
room_number = "information not available"
response += response_generator.provide_staff_room(
staff_name, room_number)
print(response)
if contains("links", entities["info_target"]):
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
link = "http://www.cse.ust.hk/~"
link += faculty_info[staff_name][3].replace(
"@cse.ust.hk", "")
link += "/"
response += response_generator.provide_staff_link(
staff_name, link)
print(response)
else:
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
staff_name = entities["faculty_name"][i]["value"]
# Get email
email = str(faculty_info[staff_name][3])
if "\\N" in email:
email = "information not available"
# Get telephone number
try:
tel = str(faculty_info[staff_name][2])
except ValueError:
tel = "information not available"
# Get room number
try:
room_number = str(faculty_info[staff_name][4])
except ValueError:
room_number = "information not available"
link = str(faculty_info[staff_name][7])
if "\\N" in link:
link = "information not available"
profile_link = str(faculty_info[staff_name][8])
if "\\N" in profile_link:
profile_link = "information not available"
scholar_link = str(faculty_info[staff_name][9])
if "\\N" in scholar_link:
scholar_link = "information not available"
response += provide_faculty_info(staff_name, email, tel,
room_number, link,
profile_link, scholar_link)
print(response)
new_state = "end"
return new_state, entities
response = response_generator.provide_dept_contact_info()
print(response)
new_state = "end"
return new_state, entities
def process_people_query_questions(entities):
if "staff_name" in entities:
staff_attributes, staff_info = helper.load_staff_information()
response = ""
for i in range(len(entities["staff_name"])):
if i != 0:
response += "\n"
staff_name = entities["staff_name"][i]["value"].replace("\n", "")
position = staff_info[staff_name][4].replace("\n", "").lower()
staff_type = staff_info[staff_name][5].replace("\n", "")
response += response_generator.provide_staff_people_info(
staff_name, position, staff_type)
print(response)
new_state = "end"
return new_state, entities
if "research_area" in entities:
response = ""
area_faculty, faculty_area = helper.load_faculty_research_info()
for i in range(len(entities["research_area"])):
if i != 0:
response += "\n"
research_area = entities["research_area"][i]["value"]
faculty_list = area_faculty[research_area]
response += response_generator.provide_faculty_in_research_area(
research_area, faculty_list)
print(response)
new_state = "end"
return new_state, entities
if "faculty_name" in entities:
faculty_attributes, faculty_info = helper.load_faculty_information()
response = ""
for i in range(len(entities["faculty_name"])):
if i != 0:
response += "\n"
name = entities["faculty_name"][i]["value"]
response += faculty_info[name][6]
print(response)
new_state = "end"
return new_state, entities
if "info_target" in entities:
if contains("head", entities["info_target"]):
response = "The head of the department is Prof. Dit-Yan Yeung."
print(response)
new_state = "end"
return new_state, entities
if contains("ug coordinator", entities["info_target"]):
response = "The coordinator for UG programs is Dr. Qiong Luo."
print(response)
new_state = "end"
return new_state, entities
if contains("pg coordinator", entities["info_target"]):
response = "The coordinator for PG programs is Dr. Kai Chen."
print(response)
new_state = "end"
return new_state, entities
if contains("coordinator", entities["info_target"]):
if "program" in entities:
response = ""
for i in range(len(entities["program"])):
if i != 0:
response += "\n"
program = entities["program"][i]["value"]
coordinator = helper.load_program_info()[4]
response += response_generator.provide_coordinator_info(
program, coordinator)
print(response)
new_state = "end"
return new_state, entities
new_state = "query_coordinator"
return new_state, entities
new_state = "error"
return new_state, entities
def divide_admission_questions(entities):
if "enrich_target" in entities:
if contains("Exchange Programs", entities["enrich_target"]):
if "exchange_type" in entities:
if contains("inbound", entities["exchange_type"]):
response = response_generator.provide_inbound_exchange()
print(response)
new_state = "end"
return new_state, entities
else:
response = response_generator.provide_outbound_exchange()
print(response)
new_state = "end"
return new_state, entities
else:
response = response_generator.query_in_out()
print(response)
in_or_out = input("")
entity_list = get_entities(in_or_out)["entities"]
if "exchange_type" in entity_list:
if contains("outbound", entity_list["exchange_type"]):
response = response_generator.provide_outbound_exchange(
)
print(response)
new_state = "end"
return new_state, entities
else:
response = response_generator.provide_inbound_exchange(
)
print(response)
new_state = "end"
return new_state, entities
else:
response = response_generator.provide_inbound_outbound_exchange(
)
print(response)
new_state = "end"
return new_state, entities
else:
enrichment_info = helper.load_enrichment_general_info()
response = ""
for i in range(len(entities["enrich_target"])):
if i != 0:
response += "\n\n"
name = entities["enrich_target"][i]["value"]
response += enrichment_info[name][4]
print(response)
new_state = "end"
return new_state, entities
# Process the queries related to specific information
if "info_target" in entities:
if contains("faculty", entities["info_target"]):
response = response_generator.provide_faculty_recruitment()
print(response)
new_state = "end"
return new_state, entities
if contains("job", entities["info_target"]):
new_state = "admission_job"
return new_state, entities
# Process the query of enrolling some course
if "course" in entities or "honor_course" in entities:
attributes, course_info = helper.load_course_information()
if "course" not in entities:
total_course = entities["honor_course"]
elif "honor_course" not in entities:
total_course = entities["course"]
else:
total_course = entities["course"] + entities["honor_course"]
response = ""
for i in range(len(total_course)):
if i != 0:
response += "\n"
course_code = total_course[i]["value"]
prerequisite = course_info[course_code][4]
response += response_generator.provide_course_prerequisite(
course_code, prerequisite)
print(response)
new_state = "end"
return new_state, entities
# Process the admission to specific program
if "program" in entities:
response = ""
for i in range(len(entities["program"])):
if i != 0:
response += "\n"
program = entities["program"][i]["value"]
admission = helper.load_program_info()[program][2]
response += admission
print(response)
new_state = "end"
return new_state, entities
new_state = "admission_general"
return new_state, entities
def divide_basic_questions(entities):
# TODO: implement the "inbound"/"outbound" differentiation for exchange
# Enrichment opportunities
if "enrich_target" in entities:
response = ""
enrich_general = helper.load_enrichment_general_info()
for i in range(len(entities["enrich_target"])):
if i != 0:
response += "\n\n"
enrichment = entities["enrich_target"][i]["value"]
# TODO
if enrichment == "Exchange Programs":
if contains("inbound", entities["enrich_target"]) and contains("outbound", entities["enrich_target"]):
response += ""
response += enrich_general[enrichment][1]
print(response)
new_state = "end"
return new_state, entities
# Program information
if "program" in entities:
program_info = helper.load_program_info()
response = ""
for i in range(len(entities["program"])):
if i != 0:
response += "\n\n"
program = entities["program"][i]["value"]
intro = program_info[program][1]
response += intro
print(response)
new_state = "end"
return new_state, entities
# Course information
if "course" in entities and "honor_course" not in entities:
course_attributes, course_info = helper.load_course_information()
response = ""
for i in range(len(entities["course"])):
if i != 0:
response += "\n\n"
code = entities["course"][i]["value"]
response += response_generator.provide_course_info_by_table(code, course_info)
print(response)
new_state = "end"
return new_state, entities
# To deal with the problem of unhandled "honor course" problem.
if "honor_course" in entities and "course" not in entities:
course_attributes, course_info = helper.load_course_information()
response = ""
for i in range(len(entities["honor_course"])):
if i != 0:
response += "\n\n"
code = entities["honor_course"][i]["value"]
response += response_generator.provide_course_info_by_table(code, course_info)
print(response)
new_state = "end"
return new_state, entities
# Dealing with the problem of "mixed" type of information.
if "honor_course" in entities and "course" in entities:
course_attributes, course_info = helper.load_course_information()
response = ""
course_entities_augmented = entities["honor_course"] + entities["course"]
for i in range(len(course_entities_augmented)):
if i != 0:
response += "\n\n"
code = course_entities_augmented[i]["value"]
response += response_generator.provide_course_info_by_table(code, course_info)
print(response)
new_state = "end"
return new_state, entities
# Dealing with the problem of research area
if "research_area" in entities:
response = ""
fullname, attributes = helper.load_research_area_full_name()
for i in range(len(entities["research_area"])):
if i != 0:
response += "\n\n"
research_area = entities["research_area"][i]["value"]
response += attributes[research_area]
print(response)
new_state = "end"
return new_state, entities
# Basic information about the department
if "basic_target" not in entities and "program" not in entities and "course" not in entities:
if "department_name" in entities:
response = response_generator.provide_basic_dept_info()
print(response)
new_state = "end"
return new_state, entities
new_state = "error"
return new_state, entities