def test_99999(self):
number = 99999
word = fino.to_finnish(number)
self.assertEqual(
word,
"yhdeksänkymmentäyhdeksäntuhattayhdeksänsataayhdeksänkymmentäyhdeksän"
)
def test_999999(self):
number = 999_999
word = fino.to_finnish(number)
self.assertEqual(
word,
"yhdeksänsataayhdeksänkymmentäyhdeksäntuhatta"
"yhdeksänsataayhdeksänkymmentäyhdeksän",
)
def test_287654321004(self):
number = 287_654_321_004
word = fino.to_finnish(number)
self.assertEqual(
word,
"kaksisataakahdeksankymmentäseitsemänmiljardia"
"kuusisataaviisikymmentäneljämiljoonaa"
"kolmesataakaksikymmentäyksituhatta"
"neljä",
)
def test_1234567890(self):
number = 1_234_567_890
word = fino.to_finnish(number)
self.assertEqual(
word,
"miljardi"
"kaksisataakolmekymmentäneljämiljoonaa"
"viisisataakuusikymmentäseitsemäntuhatta"
"kahdeksansataayhdeksänkymmentä",
)
def test_1234567890(self):
number = 1_234_567_890
word = fino.to_finnish(number)
self.assertEqual(
word,
"miljardi"
"kaksisataakolmekymmentäneljämiljoonaa"
"viisisataakuusikymmentäseitsemäntuhatta"
"kahdeksansataayhdeksänkymmentä",
)
def test_287654321004(self):
number = 287_654_321_004
word = fino.to_finnish(number)
self.assertEqual(
word,
"kaksisataakahdeksankymmentäseitsemänmiljardia"
"kuusisataaviisikymmentäneljämiljoonaa"
"kolmesataakaksikymmentäyksituhatta"
"neljä",
)
def build_tweet(number, reply_to=None):
tweet = ""
if reply_to:
tweet += "@" + reply_to + " "
tweet += str(number) + " " + fino.to_finnish(number)
# Truncate?
if len(tweet) > 280:
tweet = tweet[: 280 - 1] + "…"
return tweet
def check_replies(credentials):
global TWITTER
print("Check replies...")
# TODO remove duplicate
if TWITTER is None:
TWITTER = twitter.Twitter(
auth=twitter.OAuth(
credentials["oauth_token"],
credentials["oauth_token_secret"],
credentials["consumer_key"],
credentials["consumer_secret"],
)
)
mentions = TWITTER.statuses.mentions_timeline(
since_id=credentials["last_mention_id"]
)
print(len(mentions), " mentions found")
for i, m in enumerate(reversed(mentions)):
print("*" * 80)
print(i)
print("text: " + m["text"])
print("in_reply_to_screen_name:", m["in_reply_to_screen_name"])
print("screen_name:", m["user"]["screen_name"])
print("ID:", m["id"])
number = extract_number_from_tweet(m["text"])
print("Found a number:", number)
if number is not None:
# Does the mention already include the Finnish?
# If so, it's probably an edited retweet, so don't reply
if fino.to_finnish(number) in m["text"]:
print("Mention already includes the Finnish, don't reply")
else:
tweet = build_tweet(number, reply_to=m["user"]["screen_name"])
# print(tweet)
tweet_it(tweet, data, in_reply_to_status_id=m["id"])
data["last_mention_id"] = m["id"]
print("Save last mention ID for next time:", data["last_mention_id"])
if not args.test:
save_yaml(args.yaml, data)
def test_4000biljoonaa(self):
number = 4000 * 10**12
word = fino.to_finnish(number)
self.assertEqual(word, "neljätuhattabiljoonaa")
def test_miljardi(self):
number = 10 ** 9
word = fino.to_finnish(number)
self.assertEqual(word, "miljardi")
def test_biljoona(self):
number = 10**12
word = fino.to_finnish(number)
self.assertEqual(word, "biljoona")
def test_10(self):
number = 10
word = fino.to_finnish(number)
self.assertEqual(word, "kymmenen")
def test_20(self):
number = 20
word = fino.to_finnish(number)
self.assertEqual(word, "kaksikymmentä")
def test_2(self):
number = 2
word = fino.to_finnish(number)
self.assertEqual(word, "kaksi")
def test_6(self):
number = 6
word = fino.to_finnish(number)
self.assertEqual(word, "kuusi")
def test_2(self):
number = 2
word = fino.to_finnish(number)
self.assertEqual(word, "kaksi")
def test_3(self):
number = 3
word = fino.to_finnish(number)
self.assertEqual(word, "kolme")
def test_3sentiljoonaa(self):
number = 3 * 10 ** 600
word = fino.to_finnish(number)
self.assertEqual(word, "kolmesentiljoonaa")
def test_range(self):
# Just check no errors
for number in range(0, 100_000):
word = fino.to_finnish(number)
self.assertNotEqual(word, "en tiedä")
def test_sentiljoona(self):
number = 10 ** 600
word = fino.to_finnish(number)
self.assertEqual(word, "sentiljoona")
def test_8googolia(self):
number = 8 * 10 ** 100 + 1
word = fino.to_finnish(number)
self.assertEqual(word, "kahdeksangoogoliayksi")
def test_googol(self):
number = 10 ** 100
word = fino.to_finnish(number)
self.assertEqual(word, "googol")
def test_8googolia(self):
number = 8 * 10**100 + 1
word = fino.to_finnish(number)
self.assertEqual(word, "kahdeksangoogoliayksi")
def test_4(self):
number = 4
word = fino.to_finnish(number)
self.assertEqual(word, "neljä")
def test_3sentiljoonaa(self):
number = 3 * 10**600
word = fino.to_finnish(number)
self.assertEqual(word, "kolmesentiljoonaa")
def test_5(self):
number = 5
word = fino.to_finnish(number)
self.assertEqual(word, "viisi")
def test_4(self):
number = 4
word = fino.to_finnish(number)
self.assertEqual(word, "neljä")
def test_6(self):
number = 6
word = fino.to_finnish(number)
self.assertEqual(word, "kuusi")
def test_8(self):
number = 8
word = fino.to_finnish(number)
self.assertEqual(word, "kahdeksan")
def test_7(self):
number = 7
word = fino.to_finnish(number)
self.assertEqual(word, "seitsemän")
def test_15(self):
number = 15
word = fino.to_finnish(number)
self.assertEqual(word, "viisitoista")
def test_8(self):
number = 8
word = fino.to_finnish(number)
self.assertEqual(word, "kahdeksan")
def test_4000biljoonaa(self):
number = 4000 * 10 ** 12
word = fino.to_finnish(number)
self.assertEqual(word, "neljätuhattabiljoonaa")
def test_9(self):
number = 9
word = fino.to_finnish(number)
self.assertEqual(word, "yhdeksän")
def test_0(self):
number = 0
word = fino.to_finnish(number)
self.assertEqual(word, "nolla")
def test_10(self):
number = 10
word = fino.to_finnish(number)
self.assertEqual(word, "kymmenen")
def test_2biljoonaa(self):
number = 2 * 10**12
word = fino.to_finnish(number)
self.assertEqual(word, "kaksibiljoonaa")
def test_11(self):
number = 11
word = fino.to_finnish(number)
self.assertEqual(word, "yksitoista")
def test_googol(self):
number = 10**100
word = fino.to_finnish(number)
self.assertEqual(word, "googol")
def test_15(self):
number = 15
word = fino.to_finnish(number)
self.assertEqual(word, "viisitoista")
def test_sentiljoona(self):
number = 10**600
word = fino.to_finnish(number)
self.assertEqual(word, "sentiljoona")
def test_19(self):
number = 19
word = fino.to_finnish(number)
self.assertEqual(word, "yhdeksäntoista")
def test_range(self):
# Just check no errors
for number in range(0, 100_000):
word = fino.to_finnish(number)
self.assertNotEqual(word, "en tiedä")
def test_20(self):
number = 20
word = fino.to_finnish(number)
self.assertEqual(word, "kaksikymmentä")
def test_3(self):
number = 3
word = fino.to_finnish(number)
self.assertEqual(word, "kolme")
def test_42(self):
number = 42
word = fino.to_finnish(number)
self.assertEqual(word, "neljäkymmentäkaksi")
def test_5(self):
number = 5
word = fino.to_finnish(number)
self.assertEqual(word, "viisi")
formatter_class=argparse.ArgumentDefaultsHelpFormatter,
)
parser.add_argument("-l",
"--limit",
type=int,
default=1_000_000,
help="Upper limit")
parser.add_argument("-g",
"--guesses",
type=int,
default=3,
help="Number of guesses allowed")
args = parser.parse_args()
number = random.randrange(args.limit + 1)
print("What is " + fino.to_finnish(number) + "?")
# print(number)
while True:
guess = input()
if str(guess) == str(number):
print("Yes!")
break
else:
print("No!")
args.guesses -= 1
if args.guesses > 0:
print("Guess again!")
else:
print(number)
break
def test_7(self):
number = 7
word = fino.to_finnish(number)
self.assertEqual(word, "seitsemän")
def test_biljoona(self):
number = 10 ** 12
word = fino.to_finnish(number)
self.assertEqual(word, "biljoona")
def test_9(self):
number = 9
word = fino.to_finnish(number)
self.assertEqual(word, "yhdeksän")
def test_0(self):
number = 0
word = fino.to_finnish(number)
self.assertEqual(word, "nolla")
def test_11(self):
number = 11
word = fino.to_finnish(number)
self.assertEqual(word, "yksitoista")
def test_5002010(self):
number = 5_002_010
word = fino.to_finnish(number)
self.assertEqual(word, "viisimiljoonaakaksituhattakymmenen")
def test_19(self):
number = 19
word = fino.to_finnish(number)
self.assertEqual(word, "yhdeksäntoista")
def test_miljardi(self):
number = 10**9
word = fino.to_finnish(number)
self.assertEqual(word, "miljardi")
def test_42(self):
number = 42
word = fino.to_finnish(number)
self.assertEqual(word, "neljäkymmentäkaksi")
def test_2biljoonaa(self):
number = 2 * 10 ** 12
word = fino.to_finnish(number)
self.assertEqual(word, "kaksibiljoonaa")
if __name__ == "__main__":
parser = argparse.ArgumentParser(
description="Guess the number.",
formatter_class=argparse.ArgumentDefaultsHelpFormatter,
)
parser.add_argument(
"-l", "--limit", type=int, default=1_000_000, help="Upper limit"
)
parser.add_argument(
"-g", "--guesses", type=int, default=3, help="Number of guesses allowed"
)
args = parser.parse_args()
number = random.randrange(args.limit + 1)
print("What is " + fino.to_finnish(number) + "?")
# print(number)
while True:
guess = input()
if str(guess) == str(number):
print("Yes!")
break
else:
print("No!")
args.guesses -= 1
if args.guesses > 0:
print("Guess again!")
else:
print(number)
break
def test_111111(self):
number = 111_111
word = fino.to_finnish(number)
self.assertEqual(word, "satayksitoistatuhattasatayksitoista")