def should_separate_type_and_subtypes(self):
options = dict(type='land,dryad')
request = SearchRequest(options)
subt = SearchFilter('subtype', keywords=[SearchKeyword('dryad', 'and')])
type_ = SearchFilter('type', keywords=[SearchKeyword('land', 'and')])
self.assertEqual(request.get_filters(), {'type':type_,
'subtype': subt})
def should_separate_type_and_subtypes(self):
options = dict(type='land,dryad')
request = SearchRequest(options)
subt = SearchFilter('subtype', keywords=[SearchKeyword('dryad', 'and')])
type_ = SearchFilter('type', keywords=[SearchKeyword('land', 'and')])
self.assertEqual(request.get_filters(), {'type':type_,
'subtype': subt})
def should_separate_many_types_with_not_modifier(self):
options = dict(type='legendary,artifact,!equipment,!creature')
request = SearchRequest(options)
type_keywords = [SearchKeyword('legendary', 'and'),
SearchKeyword('artifact', 'and'),
SearchKeyword('creature', 'not')]
subtype_keywords = [SearchKeyword('equipment', 'not')]
subt = SearchFilter('subtype', keywords=subtype_keywords)
type_ = SearchFilter('type', keywords=type_keywords)
self.assertEqual(request.get_filters(), [type_, subt])
def should_separate_many_types_with_not_modifier(self):
options = dict(type='legendary,artifact,!equipment,!creature')
request = SearchRequest(options)
type_keywords = [SearchKeyword('legendary', 'and'),
SearchKeyword('artifact', 'and'),
SearchKeyword('creature', 'not')]
subtype_keywords = [SearchKeyword('equipment', 'not')]
subt = SearchFilter('subtype', keywords=subtype_keywords)
type_ = SearchFilter('type', keywords=type_keywords)
self.assertEqual(request.get_filters(), {'type': type_,
'subtype': subt})
def should_allow_color_exclusion(self):
request = SearchRequest({'color': 'wu'}, exclude_others=['color'])
self.assertTrue(request.get_filters()[0].exclude_others)
def should_recognize_creature_type_as_subtype(self):
options = dict(type='dryad')
request = SearchRequest(options)
fl = SearchFilter('subtype', keywords=[SearchKeyword('dryad', 'and')])
self.assertEqual(request.get_filters(), [fl])
# coding: utf-8
from mtglib.gatherer_request import SearchRequest
from mtglib.card_extractor import CardExtractor
from django.utils.encoding import smart_str
# ~ sets = [('Return to Ravnica', 'RTR'), ('Gatecrash', 'GTC'), ("Dragon's Maze", 'DGM'), ('Magic 2014 Core Set', 'M14')]
# sets = [('Theros', 'THS'),]
# sets = [('Commander 2013', 'C13'),]
sets = [
# ('Magic 2015 Core Set', 'M15'),
# ('Khans of Tarkir', 'KTK'),
("Fate Reforged", "FRF"),
]
for s in sets:
#
request = SearchRequest({"set": s[0]})
cards = []
oldcards = []
for i in range(20):
tmp = CardExtractor(request.url + "&page=%s" % i).cards
if len(oldcards) > 0 and tmp[0].name == oldcards[0].name:
break
else:
cards.extend(tmp)
oldcards = tmp
with open("%s.pot" % s[1], "wb") as dumpfile:
dumpfile.write("#. Please leave mana costs and tap symbol intact!\n")
for card in cards:
dumpfile.write("#: %s\n" % smart_str(card.name))
lines = (smart_str(card.rules_text).replace(" ; ", ";").replace(
def setUp(self):
self.request = SearchRequest({'text': 'first strike'})
def should_include_special_option_in_url(self):
request = SearchRequest({'name': 'only,blood,ends,your,nightmares'},
special=True)
assert request.special_fragment in request.url
def setUp(self):
self.request = SearchRequest({'name': 'only,blood,ends,your,nightmares'},
special=True)
def should_allow_type_and_subtype_exclusion(self):
request = SearchRequest({'type': 'dryad,creature'}, exclude_others=['type'])
self.assertTrue(request.get_filters()['type'].exclude_others)
self.assertTrue(request.get_filters()['subtype'].exclude_others)
def should_allow_type_exclusion(self):
request = SearchRequest({'type': 'elemental'}, exclude_others=['type'])
self.assertTrue(request.get_filters()['subtype'].exclude_others)
def should_allow_color_exclusion(self):
request = SearchRequest({'color': 'wu'}, exclude_others=['color'])
self.assertTrue(request.get_filters()['color'].exclude_others)
def should_allow_type_exclusion(self):
request = SearchRequest({'type': 'elemental'}, exclude_others=['type'])
self.assertTrue(request.get_filters()[0].exclude_others)
def should_assume_special_if_looking_for_a_special_type(self):
request = SearchRequest({'type': 'plane'})
self.assertIn('&special=true', request.url)
def should_allow_type_and_subtype_exclusion(self):
request = SearchRequest({'type': 'dryad,creature'}, exclude_others=['type'])
self.assertTrue(request.get_filters()[0].exclude_others)
self.assertTrue(request.get_filters()[1].exclude_others)
def should_recognize_creature_type_as_subtype(self):
options = dict(type='dryad')
request = SearchRequest(options)
fl = SearchFilter('subtype', keywords=[SearchKeyword('dryad', 'and')])
self.assertEqual(request.get_filters(), {'subtype': fl})