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"""Smoke test: pull real data from CDN and exercise ALL SDK methods.
Coverage goal: 100% of public methods, all filter parameters,
all output modes (model, dict, dataframe), and key edge cases.
"""
import logging
import sys
import time
logging.basicConfig(level=logging.INFO, format="%(levelname)s %(name)s: %(message)s")
logger = logging.getLogger("smoke_test")
from mtgjson_sdk import MtgjsonSDK
PASS = 0
FAIL = 0
SKIP = 0
def check(label: str, condition: bool, detail: str = ""):
global PASS, FAIL
status = "PASS" if condition else "FAIL"
if condition:
PASS += 1
else:
FAIL += 1
suffix = f" -- {detail}" if detail else ""
print(f" [{status}] {label}{suffix}")
def skip(label: str, reason: str = ""):
global SKIP
SKIP += 1
suffix = f" -- {reason}" if reason else ""
print(f" [SKIP] {label}{suffix}")
def section(name: str):
print(f"\n{'=' * 60}")
print(f" {name}")
print(f"{'=' * 60}")
def main():
t0 = time.time()
# ══════════════════════════════════════════════════════════
# CLIENT LIFECYCLE
# ══════════════════════════════════════════════════════════
section("Client Lifecycle")
# __repr__
sdk = MtgjsonSDK()
r = repr(sdk)
check("__repr__", "MtgjsonSDK" in r, f"repr={r}")
# context manager
with MtgjsonSDK() as ctx_sdk:
check("__enter__ returns SDK", isinstance(ctx_sdk, MtgjsonSDK))
check("__exit__ (no error)", True, "context manager closed cleanly")
# meta property
meta = sdk.meta
check(
"meta loads",
isinstance(meta, dict) and "data" in meta,
f"keys={list(meta.keys())}",
)
if "data" in meta:
version = meta["data"].get("version", "?")
date = meta["data"].get("date", "?")
check("meta has version", bool(version), f"v={version}, date={date}")
# views property (starts empty, grows as we query)
views_before = sdk.views
check("views property (initial)", isinstance(views_before, list))
# refresh() — in offline-like conditions, cache is fresh after meta load
refresh_result = sdk.refresh()
check("refresh()", isinstance(refresh_result, bool), f"stale={refresh_result}")
# ══════════════════════════════════════════════════════════
# CARDS — CardQuery (8 methods, ~20 filter params)
# ══════════════════════════════════════════════════════════
section("Cards: get_by_name / get_by_uuid")
bolt = sdk.cards.get_by_name("Lightning Bolt")
check("get_by_name Lightning Bolt", len(bolt) > 0, f"found {len(bolt)} printings")
# get_by_name with set_code filter
bolt_lea = sdk.cards.get_by_name("Lightning Bolt", set_code="LEA")
check("get_by_name set_code=LEA", len(bolt_lea) >= 0, f"found {len(bolt_lea)}")
# get_by_name as_dict
bolt_dicts = sdk.cards.get_by_name("Lightning Bolt", as_dict=True)
check(
"get_by_name as_dict", len(bolt_dicts) > 0 and isinstance(bolt_dicts[0], dict)
)
# get_by_name as_dataframe
bolt_df = sdk.cards.get_by_name("Lightning Bolt", as_dataframe=True)
check(
"get_by_name as_dataframe",
hasattr(bolt_df, "shape"),
f"type={type(bolt_df).__name__}",
)
uuid = None
if bolt:
uuid = bolt[0].uuid
# get_by_uuid — model
card = sdk.cards.get_by_uuid(uuid)
check("get_by_uuid (model)", card is not None and card.name == "Lightning Bolt")
# get_by_uuid — as_dict
card_dict = sdk.cards.get_by_uuid(uuid, as_dict=True)
check(
"get_by_uuid as_dict",
isinstance(card_dict, dict) and card_dict.get("name") == "Lightning Bolt",
)
# get_by_uuid — as_dataframe
card_df = sdk.cards.get_by_uuid(uuid, as_dataframe=True)
check("get_by_uuid as_dataframe", hasattr(card_df, "shape"))
# get_by_uuid — nonexistent
missing = sdk.cards.get_by_uuid("00000000-0000-0000-0000-000000000000")
check("get_by_uuid nonexistent returns None", missing is None)
# ── Cards: get_by_uuids (bulk lookup) ──
section("Cards: bulk lookups (get_by_uuids)")
if bolt and len(bolt) >= 2:
bulk_uuids = [b.uuid for b in bolt[:5]]
bulk_cards = sdk.cards.get_by_uuids(bulk_uuids)
check(
"get_by_uuids (models)",
len(bulk_cards) == len(bulk_uuids),
f"requested {len(bulk_uuids)}, got {len(bulk_cards)}",
)
bulk_dicts = sdk.cards.get_by_uuids(bulk_uuids, as_dict=True)
check(
"get_by_uuids as_dict",
len(bulk_dicts) > 0 and isinstance(bulk_dicts[0], dict),
)
bulk_df = sdk.cards.get_by_uuids(bulk_uuids, as_dataframe=True)
check("get_by_uuids as_dataframe", hasattr(bulk_df, "shape"))
# empty list
bulk_empty = sdk.cards.get_by_uuids([])
check("get_by_uuids empty list", bulk_empty == [])
# nonexistent uuids
bulk_none = sdk.cards.get_by_uuids(["00000000-0000-0000-0000-000000000000"])
check("get_by_uuids nonexistent", len(bulk_none) == 0)
# ── Cards: search (all filter params) ──
section("Cards: search filters")
# name LIKE
s = sdk.cards.search(name="Lightning%", limit=10)
check("search name LIKE", len(s) > 0, f"found {len(s)}")
# exact name
s = sdk.cards.search(name="Lightning Bolt", limit=5)
check("search name exact", len(s) > 0)
# colors
s = sdk.cards.search(colors=["R"], mana_value=1.0, limit=5)
check("search colors=R mv=1", len(s) > 0, f"found {len(s)}")
# color_identity
s = sdk.cards.search(color_identity=["W", "U"], limit=5)
check("search color_identity=[W,U]", len(s) > 0, f"found {len(s)}")
# types
s = sdk.cards.search(types="Creature", limit=5)
check("search types=Creature", len(s) > 0, f"found {len(s)}")
# rarity
s = sdk.cards.search(rarity="mythic", limit=5)
check("search rarity=mythic", len(s) > 0, f"found {len(s)}")
# text
s = sdk.cards.search(text="draw a card", limit=5)
check("search text='draw a card'", len(s) > 0, f"found {len(s)}")
# power / toughness
s = sdk.cards.search(power="4", toughness="4", limit=5)
check("search power=4 toughness=4", len(s) > 0, f"found {len(s)}")
# mana_value exact
s = sdk.cards.search(mana_value=3.0, limit=5)
check("search mana_value=3", len(s) > 0, f"found {len(s)}")
# mana_value_lte
s = sdk.cards.search(mana_value_lte=1.0, limit=5)
check("search mana_value_lte=1", len(s) > 0, f"found {len(s)}")
# mana_value_gte
s = sdk.cards.search(mana_value_gte=10.0, limit=5)
check("search mana_value_gte=10", len(s) > 0, f"found {len(s)}")
# artist
s = sdk.cards.search(artist="Christopher Moeller", limit=5)
check("search artist", len(s) > 0, f"found {len(s)}")
# keyword
s = sdk.cards.search(keyword="Flying", limit=5)
check("search keyword=Flying", len(s) > 0, f"found {len(s)}")
# layout
s = sdk.cards.search(layout="split", limit=5)
check("search layout=split", len(s) > 0, f"found {len(s)}")
# is_promo
s = sdk.cards.search(is_promo=True, limit=5)
check("search is_promo=True", len(s) > 0, f"found {len(s)}")
s_np = sdk.cards.search(is_promo=False, limit=5)
check("search is_promo=False", len(s_np) > 0, f"found {len(s_np)}")
# availability
s = sdk.cards.search(availability="mtgo", limit=5)
check("search availability=mtgo", len(s) > 0, f"found {len(s)}")
s = sdk.cards.search(availability="paper", limit=5)
check("search availability=paper", len(s) > 0, f"found {len(s)}")
# language
s = sdk.cards.search(language="Japanese", limit=5)
check("search language=Japanese", isinstance(s, list), f"found {len(s)}")
# set_code
s = sdk.cards.search(set_code="MH3", limit=5)
check("search set_code=MH3", len(s) > 0, f"found {len(s)}")
# set_type (requires JOIN with sets)
s = sdk.cards.search(set_type="expansion", limit=5)
check("search set_type=expansion", len(s) > 0, f"found {len(s)}")
# legal_in + mana_value_lte
s = sdk.cards.search(legal_in="modern", mana_value_lte=2.0, limit=5)
check("search legal_in=modern + mana_value_lte", len(s) > 0, f"found {len(s)}")
# combined filters
s = sdk.cards.search(colors=["R"], rarity="rare", mana_value_lte=3.0, limit=5)
check("search combined (colors+rarity+mv)", len(s) > 0, f"found {len(s)}")
# offset (pagination)
page1 = sdk.cards.search(name="Lightning%", limit=3, offset=0)
page2 = sdk.cards.search(name="Lightning%", limit=3, offset=3)
check(
"search offset (pagination)",
len(page1) > 0 and len(page2) > 0,
"two pages fetched",
)
if page1 and page2:
check("search pages differ", page1[0].uuid != page2[0].uuid, "different cards")
# text_regex
s = sdk.cards.search(text_regex="deals \\d+ damage", limit=5)
check("search text_regex", len(s) > 0, f"found {len(s)}")
# localized_name (foreign language search)
s = sdk.cards.search(localized_name="Blitzschlag", limit=5)
check(
"search localized_name (German)",
len(s) > 0,
f"found {len(s)}, name={s[0].name if s else '?'}",
)
# localized_name LIKE
s = sdk.cards.search(localized_name="%Foudre%", limit=5)
check("search localized_name LIKE", isinstance(s, list), f"found {len(s)}")
# search as_dict
s = sdk.cards.search(name="Lightning%", limit=3, as_dict=True)
check("search as_dict", len(s) > 0 and isinstance(s[0], dict))
# search as_dataframe
s = sdk.cards.search(name="Lightning%", limit=3, as_dataframe=True)
check("search as_dataframe", hasattr(s, "shape"))
# ── Cards: other methods ──
section("Cards: random, count, printings, atomic, find_by_scryfall_id")
rand = sdk.cards.random(3)
check("random(3)", len(rand) == 3, f"names: {[c.name for c in rand]}")
rand_dict = sdk.cards.random(2, as_dict=True)
check("random as_dict", len(rand_dict) == 2 and isinstance(rand_dict[0], dict))
rand_df = sdk.cards.random(2, as_dataframe=True)
check("random as_dataframe", hasattr(rand_df, "shape"))
count = sdk.cards.count()
check("count()", count > 1000, f"total cards: {count}")
# count with filters
count_r = sdk.cards.count(rarity="mythic")
check(
"count(rarity=mythic)",
count_r > 0 and count_r < count,
f"mythic cards: {count_r}",
)
printings = sdk.cards.get_printings("Counterspell")
check(
"get_printings Counterspell",
len(printings) > 5,
f"found {len(printings)} printings",
)
printings_dict = sdk.cards.get_printings("Counterspell", as_dict=True)
check(
"get_printings as_dict",
len(printings_dict) > 0 and isinstance(printings_dict[0], dict),
)
printings_df = sdk.cards.get_printings("Counterspell", as_dataframe=True)
check("get_printings as_dataframe", hasattr(printings_df, "shape"))
# get_atomic — exact name
atomic = sdk.cards.get_atomic("Lightning Bolt")
check("get_atomic Lightning Bolt", len(atomic) > 0)
atomic_dict = sdk.cards.get_atomic("Lightning Bolt", as_dict=True)
check(
"get_atomic as_dict", len(atomic_dict) > 0 and isinstance(atomic_dict[0], dict)
)
# get_atomic — face name fallback for split cards
atomic_fire = sdk.cards.get_atomic("Fire")
check(
"get_atomic face name 'Fire'",
len(atomic_fire) > 0,
f"layout={atomic_fire[0].layout if atomic_fire else '?'}",
)
# find_by_scryfall_id (may not match since uuid != scryfallId)
if uuid:
scry_cards = sdk.cards.find_by_scryfall_id(uuid)
check("find_by_scryfall_id runs", isinstance(scry_cards, list), "no error")
scry_dict = sdk.cards.find_by_scryfall_id(uuid, as_dict=True)
check("find_by_scryfall_id as_dict", isinstance(scry_dict, list))
scry_df = sdk.cards.find_by_scryfall_id(uuid, as_dataframe=True)
check("find_by_scryfall_id as_dataframe", hasattr(scry_df, "shape"))
# ══════════════════════════════════════════════════════════
# TOKENS — TokenQuery (5 methods, ~8 filter params)
# ══════════════════════════════════════════════════════════
section("Tokens")
token_count = sdk.tokens.count()
check("token count()", token_count > 0, f"total tokens: {token_count}")
# count with filters
# (setCode is a common column, should work)
token_count_mh3 = sdk.tokens.count(setCode="MH3")
check(
"token count(setCode=MH3)",
isinstance(token_count_mh3, int),
f"MH3 tokens: {token_count_mh3}",
)
# search by name LIKE
token_search = sdk.tokens.search(name="%Soldier%", limit=5)
check("token search name LIKE", len(token_search) > 0, f"found {len(token_search)}")
# search by set_code — find a set that actually has tokens
# First discover a set code from existing token data
token_set_row = sdk.sql("SELECT DISTINCT setCode FROM tokens LIMIT 1")
token_set_code = token_set_row[0]["setCode"] if token_set_row else "MH3"
token_search_set = sdk.tokens.search(set_code=token_set_code, limit=5)
check(
"token search set_code",
len(token_search_set) > 0,
f"set={token_set_code}, found {len(token_search_set)}",
)
# search by types
token_search_type = sdk.tokens.search(types="Creature", limit=5)
check(
"token search types=Creature",
len(token_search_type) > 0,
f"found {len(token_search_type)}",
)
# search by artist
token_search_artist = sdk.tokens.search(
artist="", limit=5
) # empty string = no filter
check("token search with artist param", isinstance(token_search_artist, list))
# search by colors
token_search_colors = sdk.tokens.search(colors=["W"], limit=5)
check(
"token search colors=[W]",
len(token_search_colors) > 0,
f"found {len(token_search_colors)}",
)
# search with offset
tp1 = sdk.tokens.search(name="%Soldier%", limit=2, offset=0)
tp2 = sdk.tokens.search(name="%Soldier%", limit=2, offset=2)
check("token search offset", isinstance(tp1, list) and isinstance(tp2, list))
# search as_dict
token_dict = sdk.tokens.search(name="%Soldier%", limit=3, as_dict=True)
check(
"token search as_dict", len(token_dict) > 0 and isinstance(token_dict[0], dict)
)
# search as_dataframe
token_df = sdk.tokens.search(name="%Soldier%", limit=3, as_dataframe=True)
check("token search as_dataframe", hasattr(token_df, "shape"))
# get_by_uuid
if token_search:
token = sdk.tokens.get_by_uuid(token_search[0].uuid)
check(
"token get_by_uuid (model)",
token is not None,
f"name={token.name if token else '?'}",
)
token_d = sdk.tokens.get_by_uuid(token_search[0].uuid, as_dict=True)
check("token get_by_uuid as_dict", isinstance(token_d, dict))
token_f = sdk.tokens.get_by_uuid(token_search[0].uuid, as_dataframe=True)
check("token get_by_uuid as_dataframe", hasattr(token_f, "shape"))
# nonexistent
missing_token = sdk.tokens.get_by_uuid("00000000-0000-0000-0000-000000000000")
check("token get_by_uuid nonexistent", missing_token is None)
# get_by_name
token_soldiers = sdk.tokens.get_by_name("Soldier")
check(
"token get_by_name Soldier",
len(token_soldiers) > 0,
f"found {len(token_soldiers)}",
)
token_soldiers_dict = sdk.tokens.get_by_name("Soldier", as_dict=True)
check(
"token get_by_name as_dict",
len(token_soldiers_dict) > 0 and isinstance(token_soldiers_dict[0], dict),
)
token_soldiers_df = sdk.tokens.get_by_name("Soldier", as_dataframe=True)
check("token get_by_name as_dataframe", hasattr(token_soldiers_df, "shape"))
# get_by_name with set_code — use a set that has tokens
token_soldiers_set = sdk.tokens.get_by_name("Soldier", set_code=token_set_code)
check(
"token get_by_name set_code",
isinstance(token_soldiers_set, list),
f"set={token_set_code}, found {len(token_soldiers_set)}",
)
# for_set — use known token set
tokens_for = sdk.tokens.for_set(token_set_code)
check(
"token for_set",
len(tokens_for) > 0,
f"set={token_set_code}, found {len(tokens_for)}",
)
tokens_for_dict = sdk.tokens.for_set(token_set_code, as_dict=True)
check(
"token for_set as_dict",
isinstance(tokens_for_dict, list) and len(tokens_for_dict) > 0,
)
tokens_for_df = sdk.tokens.for_set(token_set_code, as_dataframe=True)
check("token for_set as_dataframe", hasattr(tokens_for_df, "shape"))
# get_by_uuids (bulk token lookup)
if token_search and len(token_search) >= 2:
token_uuids = [t.uuid for t in token_search[:3]]
bulk_tokens = sdk.tokens.get_by_uuids(token_uuids)
check(
"token get_by_uuids",
len(bulk_tokens) == len(token_uuids),
f"requested {len(token_uuids)}, got {len(bulk_tokens)}",
)
bulk_tokens_d = sdk.tokens.get_by_uuids(token_uuids, as_dict=True)
check("token get_by_uuids as_dict", isinstance(bulk_tokens_d[0], dict))
check("token get_by_uuids empty", sdk.tokens.get_by_uuids([]) == [])
# ══════════════════════════════════════════════════════════
# SETS — SetQuery (4 methods, ~7 filter params)
# ══════════════════════════════════════════════════════════
section("Sets")
# get
mh3 = sdk.sets.get("MH3")
check("get set MH3", mh3 is not None, f"name={mh3.name if mh3 else '?'}")
mh3_dict = sdk.sets.get("MH3", as_dict=True)
check("get set as_dict", isinstance(mh3_dict, dict))
mh3_df = sdk.sets.get("MH3", as_dataframe=True)
check("get set as_dataframe", hasattr(mh3_df, "shape"))
# get nonexistent
missing_set = sdk.sets.get("ZZZZZ")
check("get set nonexistent", missing_set is None)
# list — no filter
all_sets = sdk.sets.list(limit=10)
check("list sets (no filter)", len(all_sets) > 0, f"found {len(all_sets)}")
# list — set_type
expansions = sdk.sets.list(set_type="expansion", limit=10)
check("list expansions", len(expansions) > 0, f"found {len(expansions)}")
# list — name filter
horizon_list = sdk.sets.list(name="%Horizons%", limit=10)
check("list name filter", len(horizon_list) > 0, f"found {len(horizon_list)}")
# list — offset
sets_p1 = sdk.sets.list(limit=3, offset=0)
sets_p2 = sdk.sets.list(limit=3, offset=3)
check("list offset (pagination)", len(sets_p1) > 0 and len(sets_p2) > 0)
if sets_p1 and sets_p2:
check("list pages differ", sets_p1[0].code != sets_p2[0].code)
# list — as_dict
sets_d = sdk.sets.list(limit=3, as_dict=True)
check("list as_dict", isinstance(sets_d[0], dict))
# list — as_dataframe
sets_df = sdk.sets.list(limit=3, as_dataframe=True)
check("list as_dataframe", hasattr(sets_df, "shape"))
# search — name
set_search = sdk.sets.search(name="Horizons")
check("search 'Horizons'", len(set_search) > 0, f"found {len(set_search)}")
# search — set_type
set_search_type = sdk.sets.search(set_type="masters", limit=10)
check(
"search set_type=masters",
len(set_search_type) > 0,
f"found {len(set_search_type)}",
)
# search — block
set_search_block = sdk.sets.search(block="Innistrad")
check(
"search block=Innistrad",
isinstance(set_search_block, list),
f"found {len(set_search_block)}",
)
# search — release_year
set_search_year = sdk.sets.search(release_year=2024, limit=10)
check(
"search release_year=2024",
len(set_search_year) > 0,
f"found {len(set_search_year)}",
)
# search — as_dict
set_search_dict = sdk.sets.search(name="Horizons", as_dict=True)
check(
"search as_dict",
len(set_search_dict) > 0 and isinstance(set_search_dict[0], dict),
)
# search — as_dataframe
set_search_df = sdk.sets.search(name="Horizons", as_dataframe=True)
check("search as_dataframe", hasattr(set_search_df, "shape"))
# count
set_count = sdk.sets.count()
check("set count", set_count > 100, f"total sets: {set_count}")
# ══════════════════════════════════════════════════════════
# IDENTIFIERS — IdentifierQuery (18 methods)
# ══════════════════════════════════════════════════════════
section("Identifiers")
if uuid:
ids = sdk.identifiers.get_identifiers(uuid)
check(
"get_identifiers",
ids is not None,
f"keys={list(ids.keys()) if ids else '?'}",
)
# Exercise ALL named find_by_* methods using real IDs from Lightning Bolt
if ids:
# Scryfall ID
if ids.get("scryfallId"):
by_scry = sdk.identifiers.find_by_scryfall_id(ids["scryfallId"])
check("find_by_scryfall_id", len(by_scry) > 0, f"found {len(by_scry)}")
by_scry_dict = sdk.identifiers.find_by_scryfall_id(
ids["scryfallId"], as_dict=True
)
check("find_by_scryfall_id as_dict", isinstance(by_scry_dict, list))
else:
skip("find_by_scryfall_id", "no scryfallId in data")
# Scryfall Oracle ID
if ids.get("scryfallOracleId"):
by_oracle = sdk.identifiers.find_by_scryfall_oracle_id(
ids["scryfallOracleId"]
)
check(
"find_by_scryfall_oracle_id",
len(by_oracle) > 0,
f"found {len(by_oracle)}",
)
else:
skip("find_by_scryfall_oracle_id", "no scryfallOracleId")
# Scryfall Illustration ID
if ids.get("scryfallIllustrationId"):
by_illus = sdk.identifiers.find_by_scryfall_illustration_id(
ids["scryfallIllustrationId"]
)
check(
"find_by_scryfall_illustration_id",
len(by_illus) > 0,
f"found {len(by_illus)}",
)
else:
skip("find_by_scryfall_illustration_id", "no scryfallIllustrationId")
# TCGPlayer Product ID
if ids.get("tcgplayerProductId"):
by_tcg = sdk.identifiers.find_by_tcgplayer_id(
str(ids["tcgplayerProductId"])
)
check("find_by_tcgplayer_id", len(by_tcg) > 0, f"found {len(by_tcg)}")
else:
skip("find_by_tcgplayer_id", "no tcgplayerProductId")
# TCGPlayer Etched ID
if ids.get("tcgplayerEtchedProductId"):
by_tcg_e = sdk.identifiers.find_by_tcgplayer_etched_id(
str(ids["tcgplayerEtchedProductId"])
)
check("find_by_tcgplayer_etched_id", len(by_tcg_e) > 0)
else:
skip("find_by_tcgplayer_etched_id", "no tcgplayerEtchedProductId")
# MTGO ID
if ids.get("mtgoId"):
by_mtgo = sdk.identifiers.find_by_mtgo_id(str(ids["mtgoId"]))
check("find_by_mtgo_id", len(by_mtgo) > 0)
else:
skip("find_by_mtgo_id", "no mtgoId")
# MTGO Foil ID
if ids.get("mtgoFoilId"):
by_mtgo_f = sdk.identifiers.find_by_mtgo_foil_id(str(ids["mtgoFoilId"]))
check("find_by_mtgo_foil_id", len(by_mtgo_f) > 0)
else:
skip("find_by_mtgo_foil_id", "no mtgoFoilId")
# MTG Arena ID
if ids.get("mtgArenaId"):
by_arena = sdk.identifiers.find_by_mtg_arena_id(str(ids["mtgArenaId"]))
check("find_by_mtg_arena_id", len(by_arena) > 0)
else:
skip("find_by_mtg_arena_id", "no mtgArenaId")
# Multiverse ID
if ids.get("multiverseId"):
by_multi = sdk.identifiers.find_by_multiverse_id(
str(ids["multiverseId"])
)
check("find_by_multiverse_id", len(by_multi) > 0)
else:
skip("find_by_multiverse_id", "no multiverseId")
# MCM ID
if ids.get("mcmId"):
by_mcm = sdk.identifiers.find_by_mcm_id(str(ids["mcmId"]))
check("find_by_mcm_id", len(by_mcm) > 0)
else:
skip("find_by_mcm_id", "no mcmId")
# MCM Meta ID
if ids.get("mcmMetaId"):
by_mcm_m = sdk.identifiers.find_by_mcm_meta_id(str(ids["mcmMetaId"]))
check("find_by_mcm_meta_id", len(by_mcm_m) > 0)
else:
skip("find_by_mcm_meta_id", "no mcmMetaId")
# Card Kingdom ID
if ids.get("cardKingdomId"):
by_ck = sdk.identifiers.find_by_card_kingdom_id(
str(ids["cardKingdomId"])
)
check("find_by_card_kingdom_id", len(by_ck) > 0)
else:
skip("find_by_card_kingdom_id", "no cardKingdomId")
# Card Kingdom Foil ID
if ids.get("cardKingdomFoilId"):
by_ck_f = sdk.identifiers.find_by_card_kingdom_foil_id(
str(ids["cardKingdomFoilId"])
)
check("find_by_card_kingdom_foil_id", len(by_ck_f) > 0)
else:
skip("find_by_card_kingdom_foil_id", "no cardKingdomFoilId")
# Card Kingdom Etched ID
if ids.get("cardKingdomEtchedId"):
by_ck_e = sdk.identifiers.find_by_card_kingdom_etched_id(
str(ids["cardKingdomEtchedId"])
)
check("find_by_card_kingdom_etched_id", len(by_ck_e) > 0)
else:
skip("find_by_card_kingdom_etched_id", "no cardKingdomEtchedId")
# Cardsphere ID
if ids.get("cardsphereId"):
by_cs = sdk.identifiers.find_by_cardsphere_id(str(ids["cardsphereId"]))
check("find_by_cardsphere_id", len(by_cs) > 0)
else:
skip("find_by_cardsphere_id", "no cardsphereId")
# Cardsphere Foil ID
if ids.get("cardsphereFoilId"):
by_cs_f = sdk.identifiers.find_by_cardsphere_foil_id(
str(ids["cardsphereFoilId"])
)
check("find_by_cardsphere_foil_id", len(by_cs_f) > 0)
else:
skip("find_by_cardsphere_foil_id", "no cardsphereFoilId")
# Generic find_by with valid column
if ids.get("scryfallId"):
by_gen = sdk.identifiers.find_by("scryfallId", ids["scryfallId"])
check("find_by generic (scryfallId)", len(by_gen) > 0)
# Generic find_by as_dict
if ids.get("scryfallId"):
by_gen_d = sdk.identifiers.find_by(
"scryfallId", ids["scryfallId"], as_dict=True
)
check("find_by generic as_dict", isinstance(by_gen_d, list))
# Second card for identifier coverage — find one with more IDs populated
# Use a recent card likely to have Arena, Multiverse, Cardsphere, etc.
section("Identifiers (secondary card for fuller coverage)")
alt_cards = sdk.cards.search(name="Llanowar Elves", set_code="M19", limit=1)
if alt_cards:
alt_uuid = alt_cards[0].uuid
alt_ids = sdk.identifiers.get_identifiers(alt_uuid)
if alt_ids:
for id_col, method_name in [
("mtgArenaId", "find_by_mtg_arena_id"),
("multiverseId", "find_by_multiverse_id"),
("mcmMetaId", "find_by_mcm_meta_id"),
("cardsphereId", "find_by_cardsphere_id"),
("cardsphereFoilId", "find_by_cardsphere_foil_id"),
("cardKingdomEtchedId", "find_by_card_kingdom_etched_id"),
("tcgplayerEtchedProductId", "find_by_tcgplayer_etched_id"),
("mtgoFoilId", "find_by_mtgo_foil_id"),
]:
val = alt_ids.get(id_col)
if val:
method = getattr(sdk.identifiers, method_name)
result = method(str(val))
check(
f"{method_name} (alt card)", len(result) > 0, f"{id_col}={val}"
)
else:
skip(f"{method_name} (alt card)", f"no {id_col}")
else:
skip("alt card identifiers", "no identifiers found")
else:
skip("alt card identifiers", "Llanowar Elves M19 not found")
# find_by — invalid column raises ValueError
try:
sdk.identifiers.find_by("invalidColumn", "123")
check("find_by invalid column raises", False)
except ValueError:
check("find_by invalid column raises", True)
# ══════════════════════════════════════════════════════════
# LEGALITIES — LegalityQuery (7 methods)
# ══════════════════════════════════════════════════════════
section("Legalities")
if uuid:
# formats_for_card
formats = sdk.legalities.formats_for_card(uuid)
check(
"formats_for_card",
len(formats) > 0,
f"formats: {list(formats.keys())[:5]}...",
)
# is_legal
is_legal = sdk.legalities.is_legal(uuid, "modern")
check("is_legal modern", is_legal is True)
is_legal_fake = sdk.legalities.is_legal(uuid, "nonexistent_format")
check("is_legal nonexistent format", is_legal_fake is False)
# legal_in — model
modern_cards = sdk.legalities.legal_in("modern", limit=5)
check("legal_in modern", len(modern_cards) > 0, f"found {len(modern_cards)}")
# legal_in — as_dict
modern_dict = sdk.legalities.legal_in("modern", limit=3, as_dict=True)
check("legal_in as_dict", len(modern_dict) > 0 and isinstance(modern_dict[0], dict))
# legal_in — as_dataframe
modern_df = sdk.legalities.legal_in("modern", limit=3, as_dataframe=True)
check("legal_in as_dataframe", hasattr(modern_df, "shape"))
# legal_in — with offset
legal_p1 = sdk.legalities.legal_in("modern", limit=3, offset=0)
legal_p2 = sdk.legalities.legal_in("modern", limit=3, offset=3)
check("legal_in offset", len(legal_p1) > 0 and len(legal_p2) > 0)
# banned_in
banned = sdk.legalities.banned_in("modern", limit=5)
check("banned_in modern", isinstance(banned, list), f"found {len(banned)}")
# restricted_in
restricted = sdk.legalities.restricted_in("vintage", limit=5)
check(
"restricted_in vintage",
isinstance(restricted, list),
f"found {len(restricted)}",
)
# suspended_in (may have 0 results if no cards are currently suspended)
suspended = sdk.legalities.suspended_in("historic", limit=5)
check(
"suspended_in historic", isinstance(suspended, list), f"found {len(suspended)}"
)
# not_legal_in
not_legal = sdk.legalities.not_legal_in("standard", limit=5)
check(
"not_legal_in standard", isinstance(not_legal, list), f"found {len(not_legal)}"
)
# ══════════════════════════════════════════════════════════
# PRICES — PriceQuery (5 methods)
# Downloads AllPricesToday.json.gz (~large file)
# ══════════════════════════════════════════════════════════
section("Prices")
try:
# get — raw nested structure
if uuid:
price_raw = sdk.prices.get(uuid)
check(
"prices.get",
isinstance(price_raw, (dict, type(None))),
f"type={type(price_raw).__name__}",
)
# today
today_prices = sdk.prices.today(uuid)
check(
"prices.today",
isinstance(today_prices, list),
f"found {len(today_prices)} rows",
)
if today_prices:
# today — with provider filter
providers = {r.get("provider") for r in today_prices}
if providers:
first_prov = next(iter(providers))
today_filt = sdk.prices.today(uuid, provider=first_prov)
check(
"prices.today provider filter",
len(today_filt) > 0,
f"provider={first_prov}",
)
# today — with finish filter
finishes = {r.get("finish") for r in today_prices}
if finishes:
first_fin = next(iter(finishes))
today_fin = sdk.prices.today(uuid, finish=first_fin)
check(
"prices.today finish filter",
len(today_fin) > 0,
f"finish={first_fin}",
)
# today — with price_type filter
price_types = {r.get("price_type") for r in today_prices}
if price_types:
first_pt = next(iter(price_types))
today_pt = sdk.prices.today(uuid, price_type=first_pt)
check(
"prices.today price_type filter",
len(today_pt) > 0,
f"price_type={first_pt}",
)
# today — as_dataframe
today_df = sdk.prices.today(uuid, as_dataframe=True)
check("prices.today as_dataframe", hasattr(today_df, "shape"))
# history
history = sdk.prices.history(uuid)
check(
"prices.history",
isinstance(history, list),
f"found {len(history)} rows",
)
if history:
# history — with date range
dates = sorted({r.get("date", "") for r in history if r.get("date")})
if len(dates) >= 2:
hist_range = sdk.prices.history(
uuid, date_from=dates[0], date_to=dates[-1]
)
check("prices.history date range", len(hist_range) > 0)
else:
skip("prices.history date range", "only 1 date")
# history — with provider filter
hist_prov = sdk.prices.history(
uuid, provider=history[0].get("provider", "tcgplayer")
)
check("prices.history provider filter", isinstance(hist_prov, list))
# history — as_dataframe
hist_df = sdk.prices.history(uuid, as_dataframe=True)
check("prices.history as_dataframe", hasattr(hist_df, "shape"))
# price_trend
trend = sdk.prices.price_trend(uuid)
check(
"prices.price_trend",
isinstance(trend, (dict, type(None))),
f"trend={trend}" if trend else "no trend data",
)
if trend:
check(
"price_trend has keys",
all(k in trend for k in ("min_price", "max_price", "avg_price")),
)
# price_trend with provider/finish
trend2 = sdk.prices.price_trend(
uuid, provider="tcgplayer", finish="normal"
)
check(
"price_trend with filters", isinstance(trend2, (dict, type(None)))
)
# cheapest_printing
cheapest = sdk.prices.cheapest_printing("Lightning Bolt")
check(
"prices.cheapest_printing",
isinstance(cheapest, (dict, type(None))),
f"cheapest={cheapest}" if cheapest else "no price data",
)
if cheapest:
check(
"cheapest has price", "price" in cheapest and cheapest["price"] > 0
)
# cheapest with different provider
cheapest2 = sdk.prices.cheapest_printing(
"Lightning Bolt", provider="cardkingdom"
)
check(
"cheapest_printing alt provider",
isinstance(cheapest2, (dict, type(None))),
)
else:
skip("prices tests", "no uuid from Lightning Bolt")
except Exception as e:
check("prices module available", False, f"error: {e}")