def handle(self, *args, **options):
result = {
"map": {},
"decks": {}
}
card_id_map, reverse_map = self.generate_card_id_maps()
result["map"] = card_id_map
offset = int(options["offset"])
lookback = int(options["lookback"])
today = date.today()
date_from = (today - timedelta(days=(offset + lookback))).isoformat()
date_to = (today - timedelta(days=offset)).isoformat()
for row in execute_query(DECKS_QUERY % (date_from, date_to)):
d = Deck.objects.get(id=row["deck_id"])
if len(d.card_id_list()) == 30:
player_class = guess_class(d)
if player_class and (player_class.value not in result["decks"]):
result["decks"][player_class.value] = []
includes = d.includes.values_list("card__id", "count")
deck_vector = self.generate_deck_feature_vector(reverse_map, includes)
if deck_vector and player_class:
deck_payload = {
"observations": row["observations"],
"cards": deck_vector
}
result["decks"][player_class.value].append(deck_payload)
with open(options["out"], "wt") as out:
out.write(json.dumps(result, indent=4))
def render_deck_list_meta_for_digest_param(context):
request = context.request
deck_digest = request.GET.get("deck_digest", "")
result = {
"render_meta_tag": False
}
if deck_digest:
deck = Deck.objects.filter(digest=deck_digest).first()
if deck:
class_guess = guess_class(deck)
if class_guess:
hero_card = Card.objects.filter(
card_class=class_guess,
type=CardType.HERO
).first()
if hero_card:
result["render_meta_tag"] = True
result["card_ids"] = ",".join(deck.card_id_list())
result["hero_id"] = str(hero_card.id)
if deck.archetype:
name = deck.archetype.name
else:
name = "Deck"
result["deck_name"] = "HSReplay.net %s" % name
return result
def handle(self, *args, **options):
result = {
"map": {},
"decks": {}
}
card_id_map, reverse_map = self.generate_card_id_maps()
result["map"] = card_id_map
offset = int(options["offset"])
lookback = int(options["lookback"])
today = date.today()
date_from = (today - timedelta(days=(offset + lookback))).isoformat()
date_to = (today - timedelta(days=offset)).isoformat()
for row in execute_query(DECKS_QUERY % (date_from, date_to)):
d = Deck.objects.get(id=row["deck_id"])
if len(d.card_id_list()) == 30:
player_class = guess_class(d)
if player_class and (player_class.value not in result["decks"]):
result["decks"][player_class.value] = []
includes = d.includes.values_list("card__id", "count")
deck_vector = self.generate_deck_feature_vector(reverse_map, includes)
if deck_vector and player_class:
deck_payload = {
"observations": row["observations"],
"cards": deck_vector
}
result["decks"][player_class.value].append(deck_payload)
with open(options["out"], "wt") as out:
out.write(json.dumps(result, indent=4))
def get(self, request, id):
try:
deck = Deck.objects.get_by_shortid(id)
except Deck.DoesNotExist:
raise Http404("Deck does not exist.")
cards = deck.card_dbf_id_list()
if len(cards) != 30:
raise Http404("Deck list is too small.")
guessed_class = guess_class(deck)
deck_name = "%s Deck" % (guessed_class.name.capitalize()) if guessed_class else ""
request.head.title = deck_name
if guessed_class:
deck_url = request.build_absolute_uri(deck.get_absolute_url())
request.head.add_meta(
{"property": "x-hearthstone:deck", "content": deck_name},
{"property": "x-hearthstone:deck:hero", "content": guessed_class.default_hero},
{"property": "x-hearthstone:deck:cards", "content": ",".join(deck.card_id_list())},
{"property": "x-hearthstone:deck:url", "content": deck_url},
)
context = {
"deck": deck,
"card_list": ",".join(str(id) for id in cards),
"deck_class": guessed_class.name if guessed_class else "UNKNOWN",
"deck_name": deck_name,
}
description = "Decklist for this %s. Learn how to play it with our mulligan " \
"guide and find similar decks." % (deck_name)
self.request.head.add_meta({"name": "description", "content": description})
return render(request, self.template_name, context)
