def wikipedia_search(whatToSearch):
driver.get('https://www.wikipedia.org/')
search = driver.find_element_by_xpath('//*[@id="searchInput"]')
search.click()
search.send_keys(whatToSearch)
searchbtn = driver.find_element_by_xpath('//*[@id="search-form"]/fieldset/button/i')
searchbtn.click()
para = driver.find_element_by_xpath('//*[@id="mw-content-text"]/div[1]/p[3]')
readable_text = para.text
tts2.speak(readable_text)
def welcome():
currentTime = datetime.datetime.now()
if(currentTime.hour < 12):
tts2.speak('Good Morning sir!')
elif(currentTime.hour < 18):
tts2.speak('Good afternoon sir!')
else:
tts2.speak('good evening sir!')
def mainthread(param = ''):
if(param == ''):
input = stt.listen()
else:
input = param
#bot commands -start
if(input == 'exit' or input == 'bye' or input == 'quiet'):
input = ''
tts2.speak('goodbye, have a nice day sir!')
global var
var = False
#spotify commands check - start
elif (input == "open spotify"):
input = ""
import spotify
tts2.speak('spotify opened')
elif (input == "play" or input == "pause"):
input = ""
try:
spotify.playPause()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "exit spotify" or input == "close spotify"):
input = ""
try:
spotify.close()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "mute"):
input = ""
try:
spotify.mute()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "next"):
input = ""
try:
spotify.next()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "previous"):
input = ""
try:
spotify.prev()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "shuffle"):
input = ""
try:
spotify.shuffle()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "repeat"):
input = ""
try:
spotify.repeat()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "like"):
input = ""
try:
spotify.like()
except NameError:
tts2.speak(NameErrorSpeak)
elif (input == "what is playing" or input == "what's playing"):
input = ""
try:
spotify.nowPlaying()
except NameError:
tts2.speak(NameErrorSpeak)
elif ('search' in str(input) and 'spotify' in str(input)):
try:
stopwords = ['search', 'for', 'spotify', 'on']
querywords = input.split()
resultwords = [word for word in querywords if word.lower() not in stopwords]
result = ' '.join(resultwords)
spotify.search(result)
input = ""
except NameError:
tts2.speak(NameErrorSpeak)
except:
print("error occured!")
elif (input == "test method"):
input = ""
spotify.search("attention")
elif (input == "home"):
input = ""
try:
spotify.home()
except NameError:
tts2.speak(NameErrorSpeak)
#spotify commands check -end
#time and date commands -start
elif((detectionwords.detectwhat(input) == 'found') and ('time' in str(input))):
input = ''
tts2.speak(str(timeFunc.exec('time')))
elif((detectionwords.detectwhat(input) == 'found') and ('date' in str(input))):
input = ''
tts2.speak(str(timeFunc.exec('date')))
elif((detectionwords.detectwhat(input) == 'found') and ('day' in str(input))):
input = ''
tts2.speak(str(timeFunc.exec('day')))
elif((detectionwords.detectwhat(input) == 'found') and ('month' in str(input))):
input = ''
tts2.speak(str(timeFunc.exec('month')))
elif((detectionwords.detectwhat(input) == 'found') and ('year' in str(input))):
input = ''
tts2.speak(str(timeFunc.exec('year')))
elif((detectionwords.detectwhat(input) == 'found') and ('hour' in str(input))):
input = ''
tts2.speak(str(timeFunc.exec('hour')))
elif((detectionwords.detectwhat(input) == 'found') and (('minute' in str(input)) or ('minutes' in str(input)))):
input = ''
tts2.speak(str(timeFunc.exec('minute')))
if content.upper().find(current_city.upper()) == -1:
if typed:
prompt = "This place does not exist, please type again" + "\n"
else:
prompt = "You may have already told this, please try again" + "\n"
isPlaying += 1
elif reply_ending.upper() != current_city[:1].upper():
prompt = "It is not starting with " + reply_ending.upper(
) + ", try again" + "\n"
isPlaying += 1
else:
score += 10
content = content.replace(current_city, '')
ending = current_city[-1:]
reply = city.get_city(ending, content)
tts2.speak(reply)
content = content.replace(reply, '')
print("Computer replies with " + reply + "...\n")
reply_ending = reply[-1:]
prompt = 'Tell a city or a country starting with ' + reply_ending.upper(
) + "\n"
store.save(score, name)
leaderboard = store.leader()
if (leaderboard['1st'][1] > score):
tts2.speak("Don't worry, Not everyone is a computer")
else:
tts2.speak("Go get a life, Nerd!")
print("\n 1st : " + leaderboard['1st'][0] + " - " +
str(leaderboard['1st'][1]) + "\n 2nd : " + leaderboard['2nd'][0] +
" - " + str(leaderboard['2nd'][1]) + "\n 3rd : " +
def oversmartdoctor(language2):
username = config.username
password = config.password
authUrl = config.priaid_authservice_url
healthUrl = config.priaid_healthservice_url
language = config.language
apicall = PriaidDiagnosisClient.DiagnosisClient(username, password,
authUrl, language,
healthUrl)
#'''initialize paramenters'''
ldel = ''
#apicall=PriaidDiagnosisClient.DiagnosisClient()
l = (apicall.loadSymptoms())
symplist = []
#print(apicall.loadIssues())
gender = PriaidDiagnosisClient.Gender.Male
year = 1999
#query=input("Enter your gender:")
#'''Prompt user for gender'''
#ldel=text_to_speech.speak("Tell me your gender",ldel)
if (language2 == "en-US"):
ldel = text_to_speech.speak("Tell me your gender", ldel)
elif (language2 == "hi-IN"):
ldel = text_to_speech.speakhindi(
translate.translate_hindi("Tell me your gender"), ldel)
time.sleep(3)
print("speak now")
query = speech_to_text.main(language2)
if (language2 == "hi-IN"):
query = translate.translate(query)
if (re.search(r'\b(jarvis)\b', query, re.I)):
if (re.search(r'\b(male|boy|man|gentleman)\b', query, re.I)):
gender = PriaidDiagnosisClient.Gender.Male
if (re.search(r'\b(woman|girl|female|lady)\b', query, re.I)):
gender = PriaidDiagnosisClient.Gender.Female
#'''Prompt user for year of birth'''
#query=input("Enter your year of birth:")
#ldel=text_to_speech.speak("Tell me when you were born",ldel)
if (language2 == "en-US"):
ldel = text_to_speech.speak("Tell me when you were born", ldel)
elif (language2 == "hi-IN"):
ldel = text_to_speech.speakhindi(
translate.translate_hindi("Tell me when you were born"), ldel)
time.sleep(4)
print("speak now")
query = speech_to_text.main(language2)
if (language2 == "hi-IN"):
query = translate.translate(query)
if (re.search(r'\b(jarvis)\b', query, re.I)):
year = int(query.strip().split(" ")[1])
counter = 0
#'''Prompt user for symptoms'''
while (1):
counter = counter + 1
if counter < 2:
if (language2 == "en-US"):
ldel = text_to_speech.speak(
"Tell me any symptoms you are having", ldel)
elif (language2 == "hi-IN"):
ldel = text_to_speech.speakhindi(
translate.translate_hindi(
"Tell me any symptoms you are having"), ldel)
#query=input("Enter the symptom:")
else:
if (language2 == "en-US"):
ldel = text_to_speech.speak(
"Tell me any other symptoms you are having", ldel)
elif (language2 == "hi-IN"):
ldel = text_to_speech.speakhindi(
translate.translate_hindi(
"Tell me any othersymptoms you are having"), ldel)
#ldel=text_to_speech.speak("Tell me any other symptoms you are having",ldel)
time.sleep(4)
print("speak now")
query = speech_to_text.main(language2)
if (language2 == "hi-IN"):
query = translate.translate(query)
if (re.search(r'\b(jarvis)\b', query, re.I)):
if (re.search(r'\b(no|none|bye|that is it|is it)\b', query, re.I)):
break
else:
continue
strlis = (query).split()
probid2 = []
for j in strlis:
for i in l:
#liss=re.split("&|,",i["Name"].lower())
#liss=list(map(str.strip,liss))
patt = r'\b(' + re.escape(j) + r')'
if (re.search(patt, i["Name"], re.I)):
probid2.append(i)
print(i, j, probid2)
print(probid2)
if (len(probid2) > 0):
symplist.append(probid2[0])
idlist = []
for i in symplist:
idlist.append(i["ID"])
#'''draw conclusion based on collected symptoms'''
finalres = apicall.loadDiagnosis(idlist, gender, year)[0]
issuex = apicall.loadIssueInfo(finalres["Issue"]["ID"])
if (language2 == "en-US"):
ldel = text_to_speech.speak(
str("You might have " + str(issuex["Name"]) +
str(issuex["DescriptionShort"]) +
str(issuex["TreatmentDescription"])), ldel)
elif (language2 == "hi-IN"):
ldel = text_to_speech.speakhindi(
translate.translate_hindi("You might have " + str(issuex["Name"]) +
str(issuex["DescriptionShort"]) +
str(issuex["TreatmentDescription"])),
ldel)
#a = pygame.mixer.Sound(ldel)
#print("length",a.get_length())
time.sleep(10)
print(finalres)
#wake word detection
while 1:
wakewordinput = constparam
print(constparam)
wakewordlistener = wakeword.wakeworddetect(wakewordinput)
if(wakewordlistener == 'awake'):
timeFunc.welcome()
while var:
input = constparam
#bot commands -start
if(input == 'exit' or input == 'bye' or input == 'quiet'):
input = ''
tts2.speak('goodbye, have a nice day sir!')
var = False
#spotify commands check - start
elif (input == "open spotify"):
input = ""
import spotify
tts2.speak('spotify opened')
elif (input == "play" or input == "pause"):
input = ""
try:
spotify.playPause()
except NameError:
tts2.speak(NameErrorSpeak)
from urllib.request import urlopen as uReq
import youtubesearch as ytplay
import translate
import symptomspecificdiagnosis
l = ''
language = 'en-US'
while (1):
query = speech_to_text.main(language)
if (language == "hi-IN"):
query = translate.translate(query)
query = query.lower()
#query=input("Enter:")
print(query)
if re.search(r'\b(jarv|jarvis|jar)\b', query, re.I):
if re.search(r'\b(up|awake)\b', query, re.I):
l = text_to_speech.speak("For you sir,always", l)
print("For you sir! always!")
if re.search(r'\b(where is)\b', query, re.I):
#data=query
#data = data[re.search(r'\b(where is)\b',query, re.I).span()[1]:]#.split(" ")
data = query[re.search(r'\b(where is)\b', query, re.I).span(
)[1]:].strip()
location = data[2]
location = data
l = text_to_speech.speak(
"Hold on Apoorv, I will show you where " + location + " is.",
l)
webbrowser.open("https://www.google.nl/maps/place/" +
location) #+ "/&")
if re.search(r'\b(play)\b', query, re.I):
if re.search(r'\b(youtube)\b', query, re.I):