def test_get_quotes(self):
language = self.author.language
fetch_quotes = wikiquotes.get_quotes(self.author.name, language)
# This can be done like this set(self.author.quotes).issubset(set(fetch_quotes))
# But we need to know which elements
not_in_fetch_quotes = set(self.author.quotes) - set(fetch_quotes)
self.assertSetEqual(set([]), not_in_fetch_quotes, msg = "Author: {}. Quotes not fetch: {}".format(self.author.name, not_in_fetch_quotes))
def test_quotes_length(self):
language = self.author.language
fetch_quotes = wikiquotes.get_quotes(self.author.name, language)
# It is probable that new quotes are added.
# The assumption is that quotes aren't removed.
# So quotes fetched must be at least the number seen.
# We don't want tests to break if there is a new quote.
self.assertTrue(len(fetch_quotes) >= len(self.author.quotes))
# No repeated elements
self.assertEqual(len(fetch_quotes), len(set(fetch_quotes)))
def get_quotes(person, file_name):
with codecs.open(file_name, 'wb', 'utf-8') as f:
names=person.split(' ')
quotes = wikiquotes.get_quotes(person, 'english')
i=0
for quote in quotes:
for name in names:
if name in quote[0: len(person)] and ':' in quote[0: len(person)]:
quotes[i] = quote.split(': ', 1)[-1].strip()
i+=1
f.writelines([quote+'\n' for quote in quotes])
def qfind(query):
Authorlist = findtitles(query=query)
if Authorlist == []:
return ["NoAuthorFound", wikiquote.random_titles(max_titles=7)]
else:
Authorlist.sort()
for i in Authorlist:
if query.lower() == i.lower():
qt = ranlist(i)
if qt == []:
Authorlist.remove(i)
continue
else:
Authorlist.remove(i)
return ["Success", choice(qt), i, Authorlist]
for i in Authorlist:
if query.lower() in i.lower() or i.lower() in query.lower():
qt = ranlist(i)
if qt == []:
Authorlist.remove(i)
continue
else:
Authorlist.remove(i)
return ["Success", choice(qt), i, Authorlist]
Quotelist = []
Resultlist = []
for i in Authorlist:
try:
a = wikiquotes.get_quotes(i, "english")
except:
pass
else:
Quotelist = a
del a
try:
c = wikiquote.quotes(i, max_quotes=5)
except:
c = []
for k in c:
if k not in Quotelist:
Quotelist.append(k)
for j in Quotelist:
if query.lower() in j.lower():
Resultlist.append([j, i])
if Resultlist != []:
Resultlist.sort()
Quote = choice(Resultlist)
Authorlist.remove(Quote[1])
return ["Success", Quote[0], Quote[1], Authorlist]
else:
return ["NoQuoteFound", Authorlist]
def create_new_persona_quotes():
# get input text
if not request.form or not 'input' in request.form:
abort(400)
persona = request.form['input']
# print(raw_text)
if not persona:
json.dumps('Prompt should not be empty!')
init(wikiquotes.get_quotes(persona, "english"))#, 4)
print("New persona: {}".format(persona))
session['persona'] = persona
return ''#redirect('/')
def test_random_quote(self):
language = self.author.language
fetch_quotes = wikiquotes.get_quotes(self.author.name, language)
number_of_quotes = len(fetch_quotes)
if number_of_quotes == 1:
return
if number_of_quotes > 1:
for i in range(0, random_tries):
random_quote = wikiquotes.random_quote(self.author.name, language)
other_random_quote = wikiquotes.random_quote(self.author.name, language)
if not random_quote == other_random_quote:
return
self.fail("Incorrect random quotes for {}".format(self.author.name))
def index(request):
""" http://i.imgur.com/tbVr3WT.jpg """
title_response = requests.post('https://en.wikipedia.org/w/api.php', {
'action': 'query',
'list': 'random',
'format': 'json'
})
random_title = title_response.json()['query']['random'][0]['title']
# original spec dictates that we use the last quote from a random page, but to minimize api calls we might just use random quotes
random_quotes = []
while len(random_quotes) <= 0:
quote_response = requests.post('https://en.wikiquote.org/w/api.php', {
'action': 'query',
'list': 'random',
'format': 'json'
})
random_quotes = wikiquotes.get_quotes(quote_response.json()['query']['random'][0]['title'], 'english')
random_quote = random_quotes[-1].split()[-1]
"""
the original spec dictates that you take the 5th image from flickr.com/explore/interesting/7days/
not sure how to make the api return a fresh page each time, so we're going to get creative with it
"""
photo_response = requests.post('https://api.flickr.com/services/rest/', {
'method': 'flickr.interestingness.getList',
'api_key': settings.FLICKR_API_KEY,
#'per_page': 5,
'format': 'json',
'nojsoncallback': 1
})
random_photo_json = photo_response.json()['photos']['photo'][random.randint(0,101)]
# use ** to unpack dict
random_photo_url = 'https://farm{farm}.staticflickr.com/{server}/{id}_{secret}.jpg'.format(**random_photo_json)
return render(request, 'album_cover/index.html', {
'random_title': random_title,
'random_quote': random_quote,
'random_photo': random_photo_url
})
li = []
for d in data['tags']:
li.append(d['name'])
print(li)
cap = []
count=0
for i in li:
count+=1
if(count<2):
dd = wikiquotes.get_quotes(i, "english")
cap.append(dd[0])
print(cap)
tone_analyzer = ToneAnalyzerV3(
username='******',
password='******',
version='2017-09-26')
for c in cap:
utterances = [{'text': c, 'user': '******'}]
rtone= tone_analyzer.tone_chat(utterances)
#print(type(rtone))
print(rtone["utterances_tone"][0]["tones"][0]["tone_name"])
if(srtone["utterances_tone"][0]["tones"])
def test_get_quotes_encoding(self):
author = Author.random_author()
quotes = wikiquotes.get_quotes(author.name, author.language)
for quote in quotes:
self.assertTrue(language_manager.is_unicode(quote))
# from textblob import TextBlob
#Configuration
consumer_key = config.consumer_key
consumer_secret = config.consumer_secret
access_token = config.access_token
access_token_secret = config.access_token_secret
auth = tweepy.OAuthHandler(consumer_key, consumer_secret)
auth.set_access_token(access_token, access_token_secret)
api = tweepy.API(auth)
#List of Speakers
leaders = [
'Eric Thomas', 'Tony Rob', 'Nelson Mandela', 'Zig Ziglar', 'Jim Rohn',
'Wayne Dyer', 'Robin Sharman', 'Brian Tracy'
]
try:
for leader in leaders:
quote = wikiquotes.get_quotes(leader, 'english')
for index in range(0, len(quote)):
data = wikiquotes.get_quotes(leader,
'english')[index] + ' -~ ' + leader
info = (data[:270] + '...') if len(data) > 75 else data
api.update_status(info)
time.sleep(86400)
except Exception as e:
print('Error:' + str(e))
internetResult = weatherByCity('London').json()
temp = internetResult['main']['temp']
city = internetResult['name']
country = internetResult['sys']['country']
weather = internetResult['weather'][0]['main']
nice_or_not = False
led = aiy.voicehat.get_led()
led.set_state(aiy.voicehat.LED.ON)
recognizer = aiy.cloudspeech.get_recognizer()
aiy.audio.say("I can hear every word you say.")
aiy.audio.get_recorder().start()
QUOTES = wikiquotes.get_quotes('kindness', 'english')
while True:
text = recognizer.recognize()
print(text)
if text is None:
#aiy.audio.say("Sorry I didn't hear anything.")
continue
if 'lesson' in text:
if nice_or_not == False:
aiy.audio.say("You can't teach me anything")
else:
aiy.audio.say("Maybe another time")
elif 'kindness' in text:
aiy.audio.say("Error Error,nice Brian online!")
nice_or_not = True
def get_image(request):
if request.method == 'POST':
img = request.FILES.get("image")
path = default_storage.save('mrcaption/image', ContentFile(img.read()))
print (request.FILES)
headers = {'Ocp-Apim-Subscription-Key': '2593b2ee7a9345c7823c2dd3df0f028d',
"Content-Type": "application/octet-stream" }
image_data = open(path , "rb").read()
vision_url = "https://westcentralus.api.cognitive.microsoft.com/vision/v1.0/analyze?visualFeatures=Categories,Tags&language=en"
response = requests.post(vision_url, headers=headers, data=image_data)
data = response.json()
# print (data)
# li = []
# for d in data['tags']:
# li.append(d['name'])
# print(li)
# cap = []
# count=0
# for i in li:
# count+=1
# if(count<4):
# dd = wikiquotes.get_quotes(i, "english")
# cap.append(dd[0])
# print(cap)
# tone_analyzer = ToneAnalyzerV3(
# username='******',
# password='******',
# version='2017-09-26')
# for c in cap:
# utterances = [{'text': c, 'user': '******'}]
# rtone= tone_analyzer.tone_chat(utterances)
# #print(type(rtone))
# sent = rtone["utterances_tone"][0]["tones"][0]["tone_name"]
# # if(srtone["utterances_tone"][0]["tones"])
# client = textapi.Client(" 016eb657", " 590dff367360e75235f3753b78ef1488")
# sentiment = client.Hashtags({'text': cap[0]})
# hashtag = sentiment['hashtags']
# dictt = {}
# dictt = {"quotes" : cap ,
# "sent" : sent,
# "hashtag" : hashtag}
# print (dictt)
li = []
for d in data['tags']:
li.append(d['name'])
print(li)
cap = []
count=0
for i in li:
count+=1
if(count<2):
dd = wikiquotes.get_quotes(i, "english")
#print(type(dd[0]))
qq = dd[0].replace('\n', ' ')
cap.append(qq)
print(cap)
tone_analyzer = ToneAnalyzerV3(
username='******',
password='******',
version='2017-09-26')
client = textapi.Client(" 016eb657", " 590dff367360e75235f3753b78ef1488")
ret = []
for c in cap:
utterances = [{'text': c, 'user': '******'}]
rtone= tone_analyzer.tone_chat(utterances)
#print(rtone["utterances_tone"][0]["tones"])
sent = rtone["utterances_tone"][0]["tones"]
sentiment = client.Hashtags({'text': c})
#print(sentiment['hashtags'])
hashtag = sentiment['hashtags']
ret.append({"quote": c,"sent": sent,"hashtag":hashtag})
return JsonResponse(ret, safe=False)
else:
print("No results found in Wikiquote database.")
print("Please type again an author or a concept")
fileinput.close()
print()
print("Please select one of the results by index starting from 0 to " +
str(len(search_result) - 1))
for line in fileinput.input():
try:
index = int(line)
print()
print(
str(index) + " ++++++++++++++ " + search_result[index] +
" +++++++++++++++++++++++")
print()
quotes_result = wikiquotes.get_quotes(search_result[index], language)
if len(quotes_result) > 0:
# process result and prepare for NLTK examples
input_sentences = []
for quote in quotes_result:
input_sentences.append(
quote.replace("«",
"").replace("»",
"").replace("[no sources]", ""))
process_text(input_sentences, number_of_words)
break
else:
print("No quotes are available for " + line)
print(
"Please select again one of the results by index starting from 0 to "
+ str(len(search_result) - 1))
else:
cli.delete_last_lines(1)
print(success_logo + "User found")
break
elif (what_type == what_c[2]): # Quotes have been chosen
cli.delete_last_lines(len(what_c) + 1)
# Q : Which author?
while True:
author_a = cli.type_answer_menu('Of which author?', 'None')
author_name = author_a.get('answer')
file_name = '../results/quotes_' + author_name + '.txt' # output file
print(info_logo + "Searching for the author...")
n_quotes = len(wikiquotes.get_quotes(author_name, 'english'))
if (n_quotes < 20):
cli.delete_last_lines(1)
print(
warning_logo +
"This author doesn't have enough quotes. Please try another one."
)
continue
else:
cli.delete_last_lines(1)
print(success_logo + "Author found")
break
elif (what_type == what_c[3]): # Movies titles have been chosen
cli.delete_last_lines(len(what_c) + 1)
import wikiquotes
from ohbotMac import ohbot
import random
ohbot.reset()
ohbot.wait(1)
print("Sending the request")
theList = wikiquotes.get_quotes("Musk", "English")
if theList:
ohbot.reset()
ohbot.wait(1)
print("Success")
print(theList)
print(len(theList))
text = theList[random.randint(0, len(theList) - 1)]
print(text)
ohbot.say(text)
ohbot.wait(1)
else:
print("Problem connecting to the server")
print("Sending the second request")
quoteOfTheDay = wikiquotes.quote_of_the_day("English")
newText = quoteOfTheDay[0]