def execute(self):
if "english" not in self.agent.blackboard:
english = English()
self.agent.stash("english",english)
english = self.agent.fetch("english")
tweets = self.agent.tweet_cache
self.agent.tweet_cache = []
if self.filename != None:
f = open(self.filename, "a")
dayFiles = {}
for tweet in tweets:
if english.is_english(tweet["text"]):
if self.filename != None:
fOut = f
else:
dateName = "tweets-%i-%i-%i" % (tweet.created_at.year, tweet.created_at.month, tweet.created_at.day)
if dateName not in dayFiles:
dayFiles[dateName] = open(dateName, "a")
fOut = dayFiles[dateName]
self.write_tweet(fOut,tweet)
if self.filename != None:
f.close()
for ff in dayFiles:
ff.close()
def get(self):
# self.response.write
a = American()
print a.print_out()
e = English()
print e.print_out()
content = a.print_out() + e.print_out()
self.response.write(a.print_out())
self.response.write(e.print_out())
def test_checkAmountCorrect(self):
eng = English()
#grenswaarde analyse
correct = ["Correct", "Correct", "Correct", "Wrong",
"Wrong"] #net goed/op grens
alsoCorrect = ["Correct", "Correct", "Correct", "Correct",
"Wrong"] #boven grens
incorrect = ["Correct", "Correct", "Wrong", "Wrong",
"Wrong"] #onder de grens
self.assertEqual(eng.checkAmountCorrect(correct), True)
self.assertEqual(eng.checkAmountCorrect(alsoCorrect), True)
self.assertEqual(eng.checkAmountCorrect(incorrect), False)
def execute(self):
if "english" not in self.agent.blackboard:
english = English()
self.agent.stash("english", english)
english = self.agent.fetch("english")
tweets = self.agent.tweet_cache
self.agent.tweet_cache = []
for tweet in tweets:
# Only dump English tweets.
# XXX - Rest of world: remove this if statement
if english.is_english(tweet["text"]):
print tweet["text"]
def test_opt4Check(self, ):
eng = English()
self.assertEqual(eng.opt4Check("suppose"), "Correct")
self.assertEqual(eng.opt4Check("supose"), "Wrong")
self.assertEqual(eng.opt4Check("empty"), "Wrong")
def test_simplePresent(self):
eng = English()
self.assertEqual(eng.simplePresent('likes'), 'Correct')
self.assertEqual(eng.simplePresent('incorrect'), 'Wrong')
self.assertEqual(eng.simplePresent(''), 'Wrong')
def test_opt3Check(self, ):
eng = English()
self.assertEqual(eng.opt3Check("population"), "Correct")
self.assertEqual(eng.opt3Check("poppulation"), "Wrong")
self.assertEqual(eng.opt3Check("empty"), "Wrong")
def test_opt2Check(self, ):
eng = English()
self.assertEqual(eng.opt2Check("possible"), "Correct")
self.assertEqual(eng.opt2Check("posible"), "Wrong")
self.assertEqual(eng.opt2Check("empty"), "Wrong")
import requests, random
from english import English
from twitter import Twitter
url = 'http://earthquake.usgs.gov/earthquakes/feed' \
'/v1.0/summary/significant_hour.geojson'
test_url = 'http://earthquake.usgs.gov/earthquakes/feed/v1.0/summary/significant_month.geojson'
r = requests.get(url)
if r.status_code == 200:
if len(r.json()['features']) > 0:
s = English(r.json())
t = Twitter()
t.tweet(s.sentence())
else:
print "Error: Status code {}".format(r.status_code)
def test_attCheck(self, ):
eng = English()
self.assertEqual(eng.attCheck("attended"), "Correct")
#anything that is not ^ is wrong
self.assertEqual(eng.attCheck("spread"), "Wrong")
self.assertEqual(eng.attCheck(""), "Wrong")
def test_checkAllCorrect(self):
eng = English()
correct = ["Correct", "Correct", "Correct", "Correct", "Correct"]
incorrect = ["Correct", "Correct", "Correct", "Correct", "Wrong"]
self.assertEqual(eng.checkAllCorrect(correct), True)
self.assertEqual(eng.checkAllCorrect(incorrect), False)
def english3():
return English().getView3(request)
def english2():
return English().getView2(request)
def english():
return English().getView1(request)
def test_opt5Check(self, ):
eng = English()
self.assertEqual(eng.opt5Check("tomorrow"), "Correct")
self.assertEqual(eng.opt5Check("tomorow"), "Wrong")
self.assertEqual(eng.opt5Check("empty"), "Wrong")
def test_govCheck(self, ):
eng = English()
self.assertEqual(eng.govCheck("government"), "Correct")
#anything that is not ^ is wrong
self.assertEqual(eng.govCheck("attended"), "Wrong")
self.assertEqual(eng.govCheck(""), "Wrong")
def test_goingToFuture(self):
eng = English()
self.assertEqual(eng.goingToFuture('is going to phone'), 'Correct')
self.assertEqual(eng.simplePresent('incorrect'), 'Wrong')
self.assertEqual(eng.simplePresent(''), 'Wrong')
def test_busCheck(self, ):
eng = English()
self.assertEqual(eng.busCheck("business"), "Correct")
#anything that is not ^ is wrong
self.assertEqual(eng.busCheck("attended"), "Wrong")
self.assertEqual(eng.busCheck(""), "Wrong")
def test_pastPerfect(self):
eng = English()
self.assertEqual(eng.pastPerfect('had eaten'), 'Correct')
self.assertEqual(eng.simplePresent('incorrect'), 'Wrong')
self.assertEqual(eng.simplePresent(''), 'Wrong')
import requests, random
from english import English
from twitter import Twitter
url = 'http://earthquake.usgs.gov/earthquakes/feed' \
'/v1.0/summary/significant_hour.geojson'
test_url = 'http://earthquake.usgs.gov/earthquakes/feed/v1.0/summary/significant_month.geojson'
r = requests.get(url)
if r.status_code == 200:
if len(r.json()['features']) > 0:
s = English(r.json())
t = Twitter()
t.tweet(s.sentence())
else:
print "Error: Status code {}".format(r.status_code)
def test_opt1Check(self):
eng = English()
self.assertEqual(eng.opt1Check("aspect"), "Correct")
self.assertEqual(eng.opt1Check("asspect"), "Wrong")
self.assertEqual(eng.opt1Check("empty"), "Wrong")