"""`ackit verify --catalog`: the catalog in use against a fresh scan of the game."""
import glob
import os

from ackit.catalog import read_csv, write_csv
from ackit.game import Game
from ackit.paths import user_dir
from ackit.verify import catalogcheck


def test_clean_synthetic_catalog_passes(synth_game):
    root, _ = synth_game
    rep = catalogcheck.run(Game(root), log=lambda *a: None)
    assert rep.ok, rep.issues
    assert rep.checked["BANK"] == 6 and rep.checked["INT"] == 4


def test_corrupted_catalog_is_reported(synth_game):
    root, _ = synth_game
    game = Game(root)
    catalogcheck.run(game, ["INT", "BANK"], log=lambda *a: None)       # builds the cached scans
    cache = glob.glob(os.path.join(user_dir("cache"), "scan_INT_*.csv"))[0]
    rows = read_csv(cache)
    rows[1].category = "Weapons"                                       # wrong category
    rows.append(rows[0])                                               # duplicate
    del rows[2]                                                        # missing
    write_csv(cache, rows)
    bank = glob.glob(os.path.join(user_dir("cache"), "scan_BANK_*.csv"))[0]
    brows = read_csv(bank)
    brows[0].name = brows[1].name                                      # duplicate name
    write_csv(bank, brows[:-1])                                        # one sound missing
    rep = catalogcheck.run(game, ["INT", "BANK"], log=lambda *a: None)
    kinds = {(a, k) for a, k, _, _ in rep.issues}
    assert {("INT", "category"), ("INT", "duplicate"), ("INT", "missing"), ("BANK", "duplicate"),
            ("BANK", "missing")} <= kinds


def test_real_catalog_quick(real_game_dir):
    rep = catalogcheck.run(Game(real_game_dir), quick=True, log=lambda *a: None)
    assert rep.ok, rep.issues[:10]