def get_inventory(room_ID_0, username) -> str:
#items == list of tuples
items_db = database.get_all_user_items(username)
if items_db is None:
return "Your Inventory is empty"
item_str = "Your inventory contains: <br><ul>"
#index = 0
size = len(items_db)
l.log_time("items_number: " + str(size)) # logging
for i in items_db:
item_name, room_ID_1 = i
item_str = item_str + "<li>" + item_name + "</li>"
# if index == 0:
# item_str = item_str + item_name
# elif index < size-1:
# item_str = item_str + ", " + item_name
# elif index == size-1:
# item_str = item_str + " and " + item_name
# else:
# item_str = item_str + " ERROR!!! " + item_name
# index += 1
item_str = item_str + "</ul>"
return item_str
def checkSimilarity(word1: str, word2: str) -> int:
l.log_time('pre-checkSimilarity') #logging
if not word1.isalpha() or not word2.isalpha():
raise ValueError("words should only have alpha chars")
synsofword1 = getSynonyms(word1, getWordtype(word1))
synsofword2 = getSynonyms(word2, getWordtype(word2))
l.log_time('post-checkSimilarity') #logging
return len(set(synsofword1).intersection(synsofword2))
def classifyIntent(msg: str, choices: list) -> int:
if not all(isinstance(choice, str) for choice in choices):
raise TypeError("intent choices must be a list of strings")
answer = process.extractOne(msg, choices, scorer=fuzz.partial_ratio)
l.log_time('classify-Intent') #logging
"""
try: response = m1.classifiers.classify(model_id='cl_bEWrgUGS', data=[msg]).body[0].get("classifications")[0]
except PlanQueryLimitError as e: print(e.error_code, e.detail)
except MonkeyLearnException: raise Exception("Something went wrong with Monkey Learn")
answer = [response.get("tag_name"), response.get("confidence")]
if not isinstance(answer[0], str) or not isinstance(answer, list) or not isinstance(answer[1], float):
raise TypeError("MonkeyLearn error created wrong types in the answer")
"""
return keyToNumber(answer[0], choices) if answer[1] >= 75 else keyToNumber(
checkSynonyms(msg, choices), choices)
def checkSynonyms(msg: str, choices: list) -> str:
if len(re.findall(r'[^\s!,.?":;0-9]+', msg)) > 10: return "i don't know"
start = time.time()
l.log_time('check') #logging
listofwords = filterMessage(msg).split()
l.log_time('filter') #logging
typeofwords = list(
map(lambda x: getWordtype(x, ' '.join(listofwords)), listofwords))
l.log_time('typeofwords') #logging
wordsandtype = list(zip(listofwords, typeofwords))
#msgwordsynonyms = list(map(lambda x: getSynonyms(x[0],x[1]) , wordsandtype)) #new
l.log_time('wordsandtype') #logging
listofchoices = list(map(lambda x: filterMessage(x).split(), choices))
l.log_time('listofchoices') #logging
results = []
l.log_time('pre-loop') #logging
for intent in listofchoices:
if not time.time() < start + 10: return "i don't know"
results.append(0)
for body in intent:
#synsofbody = getSynonyms(body, getWordtype(body)) #new
wordratings = [0]
for tup in wordsandtype:
#for tup, synsofword in zip(wordsandtype, msgwordsynonyms): #new
if tup[1] == getWordtype(body):
wordratings.append(checkSimilarity(body, tup[0]))
#wordratings.append(len(set(synsofbody).intersection(synsofword)))
results[len(results) - 1] += max(wordratings)
l.log_time('post-loop') #logging
return ["i dont know",
choices[results.index(max(results))]][max(results) > 0]
def answerHandler(inputjson, username):
l.log_start() # logging
obj = json.loads(inputjson)
# When the mode is phone and player inputs exit phone
if str(obj['mode']) == 'phone' and classifyMessage(
str(obj['message'].lower()),
{"exit": ["exit", "leave", "shut down", "close"]}) == "exit":
answer = ('You stop looking at the bad quality of your phone.',
getRoomName(getRoomId(str(obj['room']))), 'game')
# When the mode is phone
elif str(obj['mode']) == 'phone':
answer = [
handleAnswer(str(obj['message'].lower()), username,
int(obj['level']), getRoomId(str(obj['room']))),
getRoomName(getRoomId(str(obj['room']))), 'phone'
]
# When the mode is gps and player inputs exit gps
elif str(obj['mode']) == 'gps' and classifyMessage(
str(obj['message'].lower()),
{"exit": ["exit", "leave", "shut down", "close"]}) == "exit":
answer = ('Your gps device is now turned off',
getRoomName(getRoomId(str(obj['room']))), 'game')
# When the mode is gps
elif str(obj['mode']) == 'gps':
cur_room_id = getRoomId(str(obj['room']))
gpsTriple = handleGPS(str(obj['message'].lower()), username,
int(obj['level']), getRoomId(str(obj['room'])))
if cur_room_id == gpsTriple[1]:
answer = [gpsTriple[0], getRoomName(gpsTriple[1]), gpsTriple[2]]
else:
answer = [
gpsTriple[0] + "<br>" +
get_gpt2_intro(getRoomIntroduction(gpsTriple[1]), username),
getRoomName(gpsTriple[1]), gpsTriple[2]
]
# When the mode is riddle
elif str(obj['mode']) == 'riddle':
answer = checkAnswer(str(obj['message'].lower()),
getRoomId(str(obj['room'])), username)
answer[1] = getRoomName(answer[1])
# When mode is game
else:
#l.log_time('remove_tables')
#database.remove_unused_tables()
answer = findAnswer(username, str(obj['message'].lower()),
getRoomId(str(obj['room'])))
if writeMessagetoTrainingData(str(obj['message'])):
print("added message to training data")
else:
print("added nothing to training data")
#text to spreech if it is turned on in the setting @author Max Petendra
if json.loads(database.get_settings_by_username(username))['readMessages']:
audio.playSound(formatHTMLText(answer[0])[0:200])
# json wird wieder zusammen gepackt
l.log_time('end') # logging
l.log_end() # logging
#Check if a differnt sender is given
if len(answer) <= 3: newSender = "bot"
else: newSender = answer[3]
database.update_user_room(username, getRoomId(answer[1]))
#regular return statment
return json.dumps({
"level": 1,
"sender": newSender,
"room": answer[1],
"items": [],
"mode": answer[2],
"message": answer[0]
})