def test_get_arbitrary_rate_converting_from_base_currency_correct_value():
db = FakeDatabase(dict())
get_base_rate_ = MagicMock()
get_base_rate_.return_value = MagicMock()
with patch('cx.common.rates.get_base_rate', new=get_base_rate_):
assert get_arbitrary_rate(db=db,
date=date(2018, 5, 11),
from_="EUR",
to="USD") == get_base_rate_.return_value
def test_get_arbitrary_rate_converting_to_base_currency_correct_call():
db = FakeDatabase(dict())
get_base_rate_ = MagicMock()
with patch('cx.common.rates.get_base_rate', new=get_base_rate_):
get_arbitrary_rate(db=db,
date=date(2018, 5, 11),
from_="USD",
to="EUR")
get_base_rate_.assert_called_with(db=db, date=date(2018, 5, 11), to="USD")
def test_get_base_rate_validate_currency(date_, currency, value):
db = FakeDatabase({
date(2017, 5, 11): {
"CZK": 4
},
date(2018, 5, 11): {
"PLN": 2
},
})
assert get_base_rate(db, date=date_, to=currency) == value
def test_get_arbitrary_rate_converting_arbitrary_currency_correct_value(
currency, rate):
db = FakeDatabase(dict())
get_base_rate_ = MagicMock()
get_base_rate_.side_effect = lambda db, date, to: rate if to == currency else 2
with patch('cx.common.rates.get_base_rate', new=get_base_rate_):
assert get_arbitrary_rate(db=db,
date=date(2018, 5, 11),
from_="USD",
to=currency) == pytest.approx(rate / 2)
def test_get_jirachi(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text = "[Jirachi]"
# Act
match = engine.find_cards(text)[0]
# Assert
self.assertEqual("Jirachi", match.name, "Card name should match")
def test_get_last_jirachi(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text = "[Jirachi]"
# Act
match = engine.find_cards(text)[0]
# Assert
self.assertEqual( match.series.name, "Team Up", "Oldest Jirachi is in Team Up")
def test_get_jirachi_by_series(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text = "[Jirachi SM7]"
# Act
match = engine.find_cards(text)[0]
# Assert
self.assertEqual( match.series.name, "Celestial Storm", "We requested Jirachi {*} from Celestial Storm")
def test_get_incomplete_name(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text = "[Jirach]"
# Act
match = engine.find_cards(text)[0]
# Assert
self.assertTrue("Jirachi" in match.name, "Incomplete text should be enough to retrieve a card")
def test_get_base_rate_validate_currency(FakeDatabase):
db = FakeDatabase(dict())
fake_currency = MagicMock()
validate_currency_ = MagicMock()
with patch('cx.common.rates.validate_currency', new=validate_currency_):
try:
get_base_rate(db=db, date=date(2018, 5, 11), to=fake_currency)
except:
pass
validate_currency_.assert_called_with(fake_currency)
def test_get_none(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text = "[Kuriboh]"
# Act
match = engine.find_cards(text)[0]
# Assert
self.assertIsInstance( match, Card, "We always return a card object")
self.assertIsInstance( match, ErrorCard, "We return an Error object instead")
self.assertFalse( match.is_valid(), "No Pokémon card should have that name")
def test_get_jirachi_by_series_and_number(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text = "[Jirachi SM9 99]"
# Act
match = engine.find_cards(text)[0]
# Assert
self.assertEqual("Jirachi", match.name, "Card should be found")
self.assertEqual("Team Up", match.series.name, "Card should have the right series")
self.assertEqual(99, match.number, "Card should have the right collection number")
def test_get_EX_card(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text1 = "[Pikachu EX]"
text2 = "[Pikachu-EX]"
# Act
match1 = engine.find_cards(text1)[0]
match2 = engine.find_cards(text2)[0]
# Assert
self.assertNotIsInstance( match1, ErrorCard, "Should find a card")
self.assertEqual(match1, match2, "Should be the same card")
def test_get_Vmax_card(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text1 = "[Inteleon Vmax]"
text2 = "[Inteleon-Vmax]"
# Act
match1 = engine.find_cards(text1)[0]
match2 = engine.find_cards(text2)[0]
# Assert
self.assertNotIsInstance( match1, ErrorCard, "Should find a card")
self.assertEqual(match1, match2, "Should be the same card")
self.assertNotEqual(match1.name, "Inteleon V" , "Should not pick the V card")
def test_get_arbitrary_rate_validate_target_currency():
db = FakeDatabase(dict())
target_currency = MagicMock()
validate_currency_ = MagicMock()
with patch('cx.common.rates.validate_currency', new=validate_currency_):
try:
get_arbitrary_rate(db=db,
date=date(2018, 5, 11),
to=target_currency,
from_="EUR")
except:
pass
validate_currency_.assert_any_call(target_currency)
def test_get_GX_card(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text1 = "[Pikachu GX]"
text2 = "[Pikachu-GX]"
# Act
match1 = engine.find_cards(text1)[0]
match2 = engine.find_cards(text2)[0]
# Assert
self.assertNotIsInstance( match1, ErrorCard, "Should find a card")
# Beware of not picking Pikachu&Zekrom GX
self.assertEqual(match1.name, "Pikachu GX", "The right card should be found")
self.assertEqual(match1, match2, "Should be the same card")
def test_get_jirachi_by_alternative_series(self):
# Arrange
db = FakeDatabase()
engine = Search(db)
text1 = "[Jirachi SM9]"
text2 = "[Jirachi TEU]"
text3 = "[Jirachi SM09]"
# Act
match1 = engine.find_cards(text1)[0]
match2 = engine.find_cards(text2)[0]
match3 = engine.find_cards(text3)[0]
# Assert
self.assertEqual( match1, match2, "Pokemon.com abbreviation and tournament official abbreviation should match")
self.assertEqual( match1, match3, "Pokemon.com abbreviation and Pokécardex abbreviation should match")
# bot.py
import os
import discord
from dotenv import load_dotenv
from src.search import Search
from tests.fake_database import FakeDatabase # Fake initialization - use a fake database to have your bot working
from src.utilities_interface import UtilitiesInterface # Fake initialization - you need to extend the Interface classes to fit your database
load_dotenv()
TOKEN = os.getenv('DISCORD_TOKEN')
# Fake initialization - use a fake database to have your bot working
db = FakeDatabase()
utilities = UtilitiesInterface
# / TEMP - you will need to extend the Interfaces in order to interact with your own database
searcher = Search(db, utilities)
client = discord.Client()
@client.event
async def on_ready():
# Feedback to ensure the bot is on
print(f'{client.user.name} has connected to Discord!')
@client.event
async def on_message(message):
if message.author == client.user:
return # avoid recursion
cards = searcher.find_cards(message.content)
def test_get_base_rate_validate_currency(message, currency):
db = {date(2018, 5, 5): {}}
with pytest.raises(MissingDataError, match=message):
get_base_rate(FakeDatabase(db), date=date(2018, 5, 5), to=currency)
def test_get_base_rate_validate_date(message, day):
with pytest.raises(MissingDataError, match=message):
get_base_rate(db=FakeDatabase(dict()),
date=date(2018, 5, day),
to="CZK")
def test_get_arbitrary_rate_identical_currencies():
db = FakeDatabase(dict())
assert get_arbitrary_rate(db=db,
date=date(2018, 5, 11),
from_="USD",
to="USD") == 1.0
