def get_sets():
global all_sets
sets = Set.all()
all_sets = []
for set in sets:
raw_set = str(set).replace('Set', '').replace('=', '').replace('(', '').replace(')', '').replace("'",'').split(',')
if(raw_set[5] == ' standardLegal'):
format = 'standard'
elif(raw_set[4] == ' expandedLegal'):
format = 'expanded'
else:
format = 'unlimited'
this_set = {
'id' : raw_set[8].replace('ptcgoCode','').replace(' ', '', 1),
'name' : raw_set[6].replace('name', '').replace(' ', '', 1),
'format' : format,
'size' : int(raw_set[-2].replace('total', '')),
'req_id' : raw_set[0].replace('id', '').replace(' ', '', 1),
'cards' : []
}
all_sets.append(this_set)
def show(name, card_set_text):
card = parse_card(name, card_set_text)
if type(card) == str:
return card
card_set = Set.find(card.set_code)
return embed_create(card, card_set)
def cmprice(name, card_set_text):
card = parse_card(name, card_set_text)
if type(card) == str:
return card
card_set = Set.find(card.set.id)
return cmprice_embed(card, card_set)
def search(name):
if name == "":
return ("", 0)
# Users will often enter 'hydreigon ex' when they really mean
# 'hydreigon-ex'. This annoying, but simply inserting the dash does not
# work as it makes Ruby/Sapphire era ex cards unaccessible. Instead,
# search for both
cards = []
if name.lower().endswith(" ex"):
cards.extend(Card.where(name=name.lower()))
cards.extend(Card.where(name=name.lower().replace(" ex", "-ex")))
# GX cards do not have the same issue, so we can simply insert the dash
# as expected
elif name.lower().endswith(" gx"):
cards.extend(Card.where(name=name.lower().replace(" gx", "-gx")))
# Delta card text replacement
elif name.lower().endswith(" delta"):
cards.extend(Card.where(name=name.lower().replace(" delta", " δ")))
# Otherwise, search for the given text
else:
cards = Card.where(name=name)
# Give an error if there are no matches
if len(cards) == 0:
return ("No matches for search '%s'" % name, 0)
# If there is exactly one match, save time for the user and give the
# !show output instead
if len(cards) == 1:
return (show(cards[0].name, cards[0].set_code), 1)
# If there are matches, build a string with the name, set and set code
# of every match
cards_with_sets = []
for card in cards:
card_set = Set.find(card.set_code)
# Re-arrange the release data so it is ISO
date_split = card_set.release_date.split("/")
card_set.release_date = "%s-%s-%s" % (date_split[2], date_split[0],
date_split[1])
cards_with_sets.append((card, card_set))
# Sort the list of cards by set release date
cards_with_sets.sort(key=lambda card: card[1].release_date)
# Create the returned string
return_str = "Matches for search '%s'\n" % name
for card in cards_with_sets:
return_str += ("%s - %s %s/%s (`%s-%s`)\n" %
(card[0].name, card[1].name, card[0].number,
card[1].total_cards, card[1].code, card[0].number))
return (return_str, len(cards_with_sets))
def test_find_returns_set(self):
with vcr.use_cassette('fixtures/xy11.yaml'):
set = Set.find('xy11')
self.assertEqual('xy11', set.code)
self.assertEqual('Steam Siege', set.name)
self.assertEqual('XY', set.series)
self.assertEqual(114, set.total_cards)
self.assertEqual(True, set.standard_legal)
self.assertEqual('08/03/2016', set.release_date)
def test_find_returns_set(self):
with vcr.use_cassette('fixtures/xy11.yaml'):
set = Set.find('xy11')
self.assertEqual('xy11', set.id)
self.assertEqual('Steam Siege', set.name)
self.assertEqual('XY', set.series)
self.assertEqual(114, set.printedTotal)
self.assertEqual(116, set.total)
self.assertEqual('STS', set.ptcgoCode)
self.assertEqual("2016/08/03", set.releaseDate)
def test_find_returns_set(self):
with vcr.use_cassette('fixtures/xy11.yaml'):
set = Set.find('xy11')
self.assertEqual('xy11', set.code)
self.assertEqual('Steam Siege', set.name)
self.assertEqual('XY', set.series)
self.assertEqual(114, set.total_cards)
self.assertEqual(True, set.standard_legal)
self.assertEqual(True, set.expanded_legal)
self.assertEqual('08/03/2016', set.release_date)
def getAllSetIds(self):
"""
Gets all card set names and corresponding codes
:return: Prints list of sets to console
"""
allCardSets = Set.all()
cardSetName = [sets.name for sets in allCardSets]
cardSetCode = [sets.code for sets in allCardSets]
self.setDict = {
cardSetName[i].lower(): cardSetCode[i]
for i in range(len(cardSetName))
}
def _card_to_searchresult(card: Card) -> SearchResult:
"""
Convert a pokemontcgsdk Card object to a SearchResult.
:param card: The card to make a SearchResult from
:returns: A SearchResult object for the passed Card.
"""
card_set = Set.find(card.set_code)
return SearchResult(name=card.name,
set_name=card_set.name,
set_no=card.number,
set_max=card_set.total_cards,
release=PokemonTCGIOV1Provider._set_date_to_date(
card_set.release_date),
card_id=f"{card_set.code}-{card.number}")
def _newest_legal_format(card: Card) -> str:
"""
Get the most restrictive format the given card is legal in.
:param card: The card to get the format of
:returns: The name of the most restrictive format the card is legal in
"""
card_set = Set.find(card.set_code)
if card_set.standard_legal:
legal_format = "Standard"
elif card_set.expanded_legal:
legal_format = "Expanded"
else:
legal_format = "Legacy"
return legal_format
def main():
print("Downloading all cards... Please be patient")
fields_remain_same = [
'id', 'name', 'national_pokedex_number', 'image_url',
'image_url_hi_res', 'subtype', 'supertype', 'hp', 'number', 'artist',
'rarity', 'series', 'set', 'set_code', 'converted_retreat_cost',
'evolves_from'
]
set_fields = [
'total_cards', 'standard_legal', 'expanded_legal', 'release_date'
]
cards = Card.all()
sets = Set.all()
create_workbook(cards, fields_remain_same, sets, set_fields)
def insert_cards(set_name):
cards = Card.where(q='set.name:{}'.format(set_name))
sets = Set.all()
sets_to_save = []
for set in sets:
sets_to_save.append(PokemonCardSet(id=set.id, name=set.name))
overlap, inserted = _dedupe_and_insert(PokemonCardSet, sets_to_save)
cards_to_save = []
for card in cards:
cards_to_save.append(
PokemonCard(id=card.id,
name=card.name,
set=PokemonCardSet.objects.get(id=card.set.id)))
overlap, inserted = _dedupe_and_insert(PokemonCard, cards_to_save)
return overlap, inserted
def search(name):
# Search for the given text
cards = Card.where(name = name).all()
if name == "":
return
# Give an error if there are no matches
if len(cards) == 0:
return "No matches for search '%s'" % name
# If there is exactly one match, save time for the user and give the
# !show output instead
if len(cards) == 1:
return show(cards[0].name, cards[0].set_code)
# If there are matches, build a string with the name, set and set code
# of every match
cards_with_sets = []
for card in cards:
card_set = Set.find(card.set_code)
# Re-arrange the release data so it is ISO
date_split = card_set.release_date.split("/")
card_set.release_date = ("%s-%s-%s" %
(date_split[2], date_split[0], date_split[1]))
cards_with_sets.append((card, card_set))
# Sort the list of cards by set release date
cards_with_sets.sort(key = lambda card : card[1].release_date)
# Create the returned string
return_str = "Matches for search '%s'\n" % name
for card in cards_with_sets:
return_str += ("%s - %s %s/%s (`%s-%s`)\n" %
(card[0].name, card[1].name, card[0].number,
card[1].total_cards, card[1].code, card[0].number))
return return_str
def initial_sets_input(): # add sets info on db
sets = Set.all()
db = conn.cursor()
for pc_set in sets:
name = pc_set.name
code = pc_set.code
ptcgo_code = pc_set.ptcgo_code
series = pc_set.series
total_cards = pc_set.total_cards # already in int
standard_legal = str(pc_set.standard_legal)
expanded_legal = str(pc_set.expanded_legal)
release_date = parser.parse(
pc_set.release_date).date() # only want date, not time
updated_at = parser.parse(pc_set.updated_at)
logo_url = pc_set.logo_url
symbol_url = pc_set.symbol_url
db.execute(
'''insert into pokemon_cards_set( name, code, ptcgo_code, series, total_cards, standard_legal, expanded_legal,
release_date, updated_at, logo_url, symbol_url)
values (%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s)''', [
name, code, ptcgo_code, series, total_cards, standard_legal,
expanded_legal, release_date, updated_at, logo_url, symbol_url
])
conn.commit()
def new_set(set_):
new_set_ = Set.where(name=set_)
cards = Card.where(set=set_)
for card in cards:
input_card(card)
def show(self, card_id: str) -> Optional[ShowResult]:
"""
Get details on a specific card.
:param card_id: The unique ID on the card
:returns: The result of the card lookup, or None if no card matches
"""
card = Card.find(card_id)
card_set = Set.find(card.set_code)
if not card:
return None
if card.supertype == "Pokémon":
fields = []
# If the Pokemon has an ability, it goes in its own field
if card.ability:
fields.append(
(f"{card.ability['type']}: {card.ability['name']}",
card.ability["text"] or "\u200b"))
# Each attack is its own field
if card.attacks:
for attack in card.attacks:
name = ""
text = ""
for cost in attack["cost"]:
name += emoji[cost]
name += f" {attack['name']}"
if "damage" in attack and attack["damage"] != "":
name += f" - {attack['damage']}"
if "text" in attack and attack["text"] != "":
text = attack["text"]
else:
text = "\u200b"
fields.append((name, text))
# Weakness, resistances and retreat all go on the same line
bottom_line = ""
if card.weaknesses:
bottom_line += "Weakness: "
bottom_line += ", ".join([
f"{emoji[w['type']]} ({w['value']})"
for w in card.weaknesses
])
if card.resistances:
bottom_line += " - Resistance: "
bottom_line += ", ".join([
f"{emoji[r['type']]} ({r['value']})"
for r in card.resistances
])
if card.retreat_cost:
bottom_line += f" - Retreat: {emoji['Colorless'] * len(card.retreat_cost)}"
if bottom_line != "":
fields.append(("\u200b", bottom_line))
return ShowResult(
name=card.name,
supertype=card.supertype,
subtype=card.subtype,
legality=PokemonTCGIOV1Provider._newest_legal_format(card),
set_name=card_set.name,
set_no=card.number,
set_max=card_set.total_cards,
image=card.image_url,
set_icon=card_set.symbol_url,
fields=fields,
hp=card.hp,
evolves_from=card.evolves_from,
types=card.types)
else:
return ShowResult(
name=card.name,
supertype=card.supertype,
subtype=card.subtype,
legality=PokemonTCGIOV1Provider._newest_legal_format(card),
set_name=card_set.name,
set_no=card.number,
set_max=card_set.total_cards,
image=card.image_url,
set_icon=card_set.symbol_url,
fields=[("\u200b", text) for text in card.text])
def test_all_returns_all_sets(self):
with vcr.use_cassette('fixtures/all_sets.yaml'):
sets = Set.all()
self.assertGreater(len(sets), 70)
#! /usr/bin/env python
from pokemontcgsdk import Card
from pokemontcgsdk import Set
from pokemontcgsdk import Type
from pokemontcgsdk import Supertype
from pokemontcgsdk import Subtype
import json
#Gets all info needed
cards = Card.all()
sets = Set.all()
types = Type.all()
subtypes = Subtype.all()
supertypes = Supertype.all()
print('Resources gathered, converting to json...')
#Loops through all cards an eliminates all NoneTypes to eliminate excess null values in json
cards_list = []
for c in cards:
card_dict = {}
if c.id is not None:
card_dict["id"] = c.id
if c.name is not None:
card_dict["name"] = c.name
if c.national_pokedex_number is not None:
card_dict["national_pokedex_number"] = c.national_pokedex_number
def getSets():
sets= [(s.name,s.symbol_url) for s in Set.all()]
return sets
def test_where_filters_on_name(self):
with vcr.use_cassette('fixtures/filtered_sets.yaml'):
sets = Set.where(q='name:steam')
self.assertEqual(1, len(sets))
self.assertEqual('xy11', sets[0].id)
def test_where_filters_on_name(self):
with vcr.use_cassette('fixtures/filtered_sets.yaml'):
sets = Set.where(name='steam')
self.assertEqual(1, len(sets))
self.assertEqual('xy11', sets[0].code)
def test_all_returns_all_sets(self):
with vcr.use_cassette('fixtures/all_sets.yaml'):
sets = Set.all()
self.assertGreater(len(sets), 70)
def fetch_standard():
sets = Set.where(standardLegal=True)
return get_cards_from_sets(sets)
def show(name, card_set):
# If the card set includes a specific number, we can just use that to
# get the card
card = None
if "-" in card_set:
card = Card.find(card_set)
if card == None:
return "No results for card `%s`" % card_set
else:
# Search for the given card
cards = Card.where(name = name).where(setCode=card_set).all()
if len(cards) == 0:
return ("No results found for '%s' in set `%s`" %
(name, card_set))
if len(cards) > 1:
return (
"""
Too many results. Try specifying the card number too. For example
`!show %s %s-%s`
""" % (name, card_set, cards[0].number)
)
card = cards[0]
# Create a string for the card text
return_str = "%s\n" % card.image_url
return_str += "```\n"
# Pokemon are the most involved as they have a lot going on
if card.supertype == "Pokémon":
# Start with the Pokemon's name and type(s)
return_str += "%s - %s" % (card.name, "/".join(card.types))
# Some Pokemon have no HP (e.g. the second half of LEGEND cards),
# so do only add it if it exists
if card.hp != None:
return_str += " - HP%s\n" % (card.hp)
else:
return_str += "\n"
return_str += "%s Pokemon\n\n" % card.subtype
# Add the ability if present
if card.ability != None:
return_str += "%s: %s\n" % (card.ability['type'], card.ability['name'])
return_str += "%s\n" % card.ability['text']
return_str += "\n"
# Add any attacks, including shorthand cost, text and damage
if card.attacks != None:
for attack in card.attacks:
for cost in attack['cost']:
return_str += "%s" % short_energy[cost]
return_str += " %s" % attack['name']
if attack['damage'] != '':
return_str += ": %s damage\n" % attack['damage']
else:
return_str += "\n"
if attack['text'] != None:
return_str += "%s\n" % attack['text']
return_str += "\n"
# Add weakness, resistances and retreat if they exist
if card.weaknesses != None:
for weakness in card.weaknesses:
return_str += ("Weakness: %s (%s)\n" %
(weakness['type'], weakness['value']))
if card.resistances != None:
for resistance in card.resistances:
return_str += ("Resistance: %s (%s)\n" %
(resistance['type'], resistance['value']))
if card.retreat_cost != None:
return_str += "Retreat: %s" % len(card.retreat_cost)
# Trainers and Energy are a lot easier
elif card.supertype == "Trainer" or card.supertype == "Energy":
return_str += "%s\n" % card.name
return_str += "%s\n\n" % card.subtype
return_str += "%s\n" % "\n\n".join(card.text)
# Finally, get the set and legality info
card_set = Set.find(card.set_code)
return_str += "\n\n%s - %s/%s" % (card_set.name, card.number, card_set.total_cards)
if card_set.standard_legal == True:
return_str += " (Standard)"
elif card_set.expanded_legal == True:
return_str += " (Expanded)"
else:
return_str += " (Legacy)"
return_str += "```\n"
return return_str
def getSet(self, setName):
return Set.find(id=f"{self.setDict[setName].lower()}")
def fetch_expanded():
sets = Set.where(expandedLegal=True)
return get_cards_from_sets(sets)
def text(name, card_set_text):
card = parse_card(name, card_set_text)
card_set = Set.find(card.set_code)
# Create a string for the card text
return_str = "```\n"
# Pokemon are the most involved as they have a lot going on
if card.supertype == "Pokémon":
# Start with the Pokemon's name and type(s)
return_str += "%s - %s" % (card.name, "/".join(card.types))
# Some Pokemon have no HP (e.g. the second half of LEGEND cards),
# so do only add it if it exists
if card.hp != None:
return_str += " - HP%s\n" % (card.hp)
else:
return_str += "\n"
return_str += "%s Pokemon" % card.subtype
if card.evolves_from != None and card.evolves_from != "":
return_str += " (Evolves from %s)" % card.evolves_from
return_str += "\n\n"
# Add the ability if present
if card.ability != None:
return_str += "%s: %s\n" % (card.ability['type'], card.ability['name'])
return_str += "%s\n" % card.ability['text']
return_str += "\n"
# Add any attacks, including shorthand cost, text and damage
if card.attacks != None:
for attack in card.attacks:
for cost in attack['cost']:
return_str += "%s" % short_energy[cost]
return_str += " %s" % attack['name']
if attack['damage'] != '':
return_str += ": %s damage\n" % attack['damage']
else:
return_str += "\n"
if attack['text'] != None:
return_str += "%s\n" % attack['text']
return_str += "\n"
# Add weakness, resistances and retreat if they exist
if card.weaknesses != None:
for weakness in card.weaknesses:
return_str += ("Weakness: %s (%s)\n" %
(weakness['type'], weakness['value']))
if card.resistances != None:
for resistance in card.resistances:
return_str += ("Resistance: %s (%s)\n" %
(resistance['type'], resistance['value']))
if card.retreat_cost != None:
return_str += "Retreat: %s" % len(card.retreat_cost)
# Trainers and Energy are a lot easier
elif card.supertype == "Trainer" or card.supertype == "Energy":
return_str += "%s\n" % card.name
return_str += "%s\n\n" % card.subtype
return_str += "%s\n" % "\n\n".join(card.text)
# Finally, get the set and legality info
return_str += "\n\n%s - %s/%s" % (card_set.name, card.number, card_set.total_cards)
if card_set.standard_legal == True:
return_str += " (Standard)"
elif card_set.expanded_legal == True:
return_str += " (Expanded)"
else:
return_str += " (Legacy)"
return_str += "```\n"
return return_str
from pokemontcgsdk import Set, Card
from lxml import etree as et
root = et.Element('cockatrice_carddatabase')
root.attrib["version"] = "3"
xmlsets = et.SubElement(root, "sets")
xmlcards = et.SubElement(root, "cards")
#Save sets
for s in Set.all():
nset = et.SubElement(xmlsets, "set")
name = et.SubElement(nset, "name")
longname = et.SubElement(nset, "longname")
setType = et.SubElement(nset, "setType")
releasedate = et.SubElement(nset, "releasedate")
name.text = s.code
longname.text = s.name
setType.text = s.series
releasedate.text = s.release_date
names = []
n = 0
for c in Card.all():
n += 1
ncard = et.SubElement(xmlcards, "card")
name = et.SubElement(ncard, "name")
cset = et.SubElement(ncard, "set")
color = et.SubElement(ncard, "color")
mana = et.SubElement(ncard, "manacost")
def text(name, card_set_text):
card = parse_card(name, card_set_text)
card_set = Set.find(card.set.id)
# Create a string for the card text
return_str = "```\n"
# Pokemon are the most involved as they have a lot going on
if card.supertype == "Pokémon":
# Start with the Pokemon's name and type(s)
return_str += "%s - %s" % (card.name, "/".join(card.types))
# Some Pokemon have no HP (e.g. the second half of LEGEND cards),
# so do only add it if it exists
if card.hp is not None:
return_str += " - HP%s\n" % (card.hp)
else:
return_str += "\n"
return_str += "%s Pokemon" % card.subtypes
if card.evolvesFrom is not None and card.evolvesFrom != "":
return_str += " (Evolves from %s)" % card.evolvesFrom
if len(card.subtypes) > 1:
return_str += "%s" % card.subtypes[1]
return_str += "\n\n"
# Ancient Traits
if card.ancientTrait is not None:
return_str += "Ancient Trait: %s\n" % card.ancientTrait.name
return_str += "%s\n" % card.ancientTrait.text
return_str += "\n"
# Add the ability if present
if card.abilities is not None:
for ability in card.abilities:
return_str += "%s: %s\n" % (ability.type, ability.name)
return_str += "%s\n" % ability.text
return_str += "\n"
# Add any attacks, including shorthand cost, text and damage
if card.attacks is not None:
for attack in card.attacks:
for cost in attack.cost:
return_str += "%s" % short_energy[cost]
return_str += " %s" % attack.name
if attack.damage != '':
return_str += ": %s damage\n" % attack.damage
else:
return_str += "\n"
if attack.text is not None:
return_str += "%s\n" % attack.text
return_str += "\n"
# Add weakness, resistances and retreat if they exist
if card.weaknesses is not None:
for weakness in card.weaknesses:
return_str += ("Weakness: %s (%s)\n" %
(weakness.type, weakness.value))
if card.resistances is not None:
for resistance in card.resistances:
return_str += ("Resistance: %s (%s)\n" %
(resistance.type, resistance.value))
if card.retreatCost is not None:
return_str += "Retreat: %s" % len(card.retreatCost)
# Ruleboxes
if card.rules is not None:
return_str += "\n\n"
for rule in card.rules:
return_str += "%s" % rule
# Trainers and Energy are a lot easier
elif card.supertype == "Trainer" or card.supertype == "Energy":
return_str += "%s\n" % card.name
return_str += "%s\n\n" % card.subtypes
return_str += "%s\n" % "\n\n".join(card.rules)
# Finally, get the set and legality info
return_str += "\n\n%s - %s/%s" % (card_set.name, card.number,
card_set.printedTotal)
if card.legalities.standard == 'Legal':
return_str += " \u2705 (Standard)"
elif card.legalities.standard == 'Banned':
return_str += " \u274C (Standard)"
if card.legalities.expanded == 'Legal':
return_str += " \u2705 (Expanded)"
elif card.legalities.expanded == 'Banned':
return_str += " \u274C (Expanded)"
if card.legalities.unlimited == 'Legal':
return_str += " \u2705 (Unlimited)"
elif card.legalities.unlimited == 'Banned':
return_str += " \u274C (Unlimited)"
return_str += "```\n"
return return_str