class WhenExtractingSingleCardWithManySets(object):
def setup(self):
self.extractor = CardExtractor(card_html("blazing_torch"))
self.extracted = self.extractor.extract()
self.card = self.extracted[0]
def should_extract_all_sets(self):
eq_(self.card.printings, [("Zendikar", "Uncommon"), ("Innistrad", "Common")])
class WhenExtractingSingleCardWithManySets(object):
def setup(self):
self.extractor = CardExtractor(card_html('blazing_torch'))
self.extracted = self.extractor.extract()
self.card = self.extracted[0]
def should_extract_all_sets(self):
eq_(self.card.printings, [('Zendikar', 'Uncommon'),
('Innistrad', 'Common')])
class WhenExtractingSingleCardWithManySets(object):
def setup(self):
self.extractor = CardExtractor(card_html('blazing_torch'))
self.extracted = self.extractor.extract()
self.card = self.extracted[0]
def should_extract_all_sets(self):
eq_(self.card.printings,
[('Zendikar', 'Uncommon'), ('Innistrad', 'Common')])
class WhenExtractingSingleCreature(object):
def setup(self):
self.ex = CardExtractor(card_html('personal_incarnation'))
self.extracted = self.ex.extract()
self.card = self.extracted[0]
def should_extract_power(self):
eq_(self.card.power, '6')
def should_extract_toughness(self):
eq_(self.card.toughness, '6')
class WhenExtractingSingleCreature(object):
def setup(self):
self.ex = CardExtractor(card_html("personal_incarnation"))
self.extracted = self.ex.extract()
self.card = self.extracted[0]
def should_extract_power(self):
eq_(self.card.power, "6")
def should_extract_toughness(self):
eq_(self.card.toughness, "6")
class WhenExtractingSingleCard(object):
def setup(self):
self.extractor = CardExtractor(card_html("acorn_harvest"))
self.extracted = self.extractor.extract()
self.card = self.extracted[0]
def should_get_one_result(self):
eq_(len(self.extracted), 1)
def should_extract_name(self):
assert self.card.name == "Acorn Harvest"
def should_extract_mana_cost(self):
eq_(self.card.mana_cost, "3G")
def should_extract_types(self):
eq_(self.card.types, ["Sorcery"])
def should_extract_text(self):
eq_(
self.card.rules_text,
u"Put two 1/1 green Squirrel creature "
u"tokens onto the battlefield. ; Flashback—{1}{G}, Pay 3 life."
u" (You may cast this card from your graveyard for its flashback "
u"cost. Then exile it.)",
)
def should_not_extract_rarity(self):
assert not hasattr(self.card, "rarity")
def should_extract_expansion(self):
assert not hasattr(self.card, "expansion")
def should_extract_artist(self):
eq_(self.card.artist, "Edward P. Beard, Jr.")
def should_extract_converted_mana_cost(self):
eq_(self.card.converted_mana_cost, "4")
def should_extract_collector_number(self):
eq_(self.card.collector_number, "118")
def should_extract_expansion(self):
eq_(self.card.printings, [("Torment", "Common")])
def should_extract_community_rating(self):
eq_(self.card.community_rating, "3.330")
def should_extract_community_votes(self):
eq_(self.card.community_votes, "44")
class WhenExtractingSingleCard(object):
def setup(self):
self.extractor = CardExtractor(card_html('acorn_harvest'))
self.extracted = self.extractor.extract()
self.card = self.extracted[0]
def should_get_one_result(self):
eq_(len(self.extracted), 1)
def should_extract_name(self):
assert self.card.name == 'Acorn Harvest'
def should_extract_mana_cost(self):
eq_(self.card.mana_cost, '3G')
def should_extract_types(self):
eq_(self.card.types, ['Sorcery'])
def should_extract_text(self):
eq_(self.card.rules_text, u'Put two 1/1 green Squirrel creature '
u'tokens onto the battlefield. ; Flashback—{1}{G}, Pay 3 life.'
u' (You may cast this card from your graveyard for its flashback '
u'cost. Then exile it.)')
def should_not_extract_rarity(self):
assert not hasattr(self.card, 'rarity')
def should_extract_expansion(self):
assert not hasattr(self.card, 'expansion')
def should_extract_artist(self):
eq_(self.card.artist, 'Edward P. Beard, Jr.')
def should_extract_converted_mana_cost(self):
eq_(self.card.converted_mana_cost, '4')
def should_extract_collector_number(self):
eq_(self.card.collector_number, '118')
def should_extract_expansion(self):
eq_(self.card.printings, [('Torment', 'Common')])
def should_extract_community_rating(self):
eq_(self.card.community_rating, '3.330')
def should_extract_community_votes(self):
eq_(self.card.community_votes, '44')
class WhenExtractingSingleCard(object):
def setup(self):
self.extractor = CardExtractor(card_html('acorn_harvest'))
self.extracted = self.extractor.extract()
self.card = self.extracted[0]
def should_get_one_result(self):
eq_(len(self.extracted), 1)
def should_extract_name(self):
assert self.card.name == 'Acorn Harvest'
def should_extract_mana_cost(self):
eq_(self.card.mana_cost, '3G')
def should_extract_types(self):
eq_(self.card.types, ['Sorcery'])
def should_extract_text(self):
eq_(self.card.rules_text, u'Put two 1/1 green Squirrel creature '
u'tokens onto the battlefield. ; Flashback—{1}{G}, Pay 3 life.'
u' (You may cast this card from your graveyard for its flashback '
u'cost. Then exile it.)')
def should_not_extract_rarity(self):
assert not hasattr(self.card, 'rarity')
def should_extract_expansion(self):
assert not hasattr(self.card, 'expansion')
def should_extract_artist(self):
eq_(self.card.artist, 'Edward P. Beard, Jr.')
def should_extract_converted_mana_cost(self):
eq_(self.card.converted_mana_cost, '4')
def should_extract_collector_number(self):
eq_(self.card.collector_number, '118')
def should_extract_expansion(self):
eq_(self.card.printings, [('Torment', 'Common')])
def should_extract_community_rating(self):
eq_(self.card.community_rating, '3.330')
def should_extract_community_votes(self):
eq_(self.card.community_votes, '44')
def setup(self):
extractor = CardExtractor(card_html('garruk_relentless'))
self.cards = extractor.extract()
def setup(self):
extractor = CardExtractor(card_html('garruk_relentless'))
self.cards = extractor.extract()
