import pytest

from app.importing.text import slug_code, split_skills
from app.importing.values import parse_availability_cell, parse_tshirt_size
from app.models import AvailabilityStatus, TshirtSize


@pytest.mark.parametrize(
    ("cell", "expected"),
    [
        ("x", AvailabilityStatus.AVAILABLE),
        ("OUI", AvailabilityStatus.AVAILABLE),
        ("  Disponible ", AvailabilityStatus.AVAILABLE),
        ("si besoin", AvailabilityStatus.IF_NEEDED),
        ("Peut-être", AvailabilityStatus.IF_NEEDED),
        ("non", AvailabilityStatus.UNAVAILABLE),
        ("0", AvailabilityStatus.UNAVAILABLE),
    ],
)
def test_recognized_availability_values(cell, expected):
    status, recognized = parse_availability_cell(cell)
    assert recognized is True
    assert status is expected


def test_empty_cell_is_recognized_but_no_declaration():
    assert parse_availability_cell("   ") == (None, True)
    assert parse_availability_cell("N/A") == (None, True)


def test_unknown_cell_is_flagged():
    assert parse_availability_cell("bof") == (None, False)


@pytest.mark.parametrize(
    ("raw", "expected"),
    [
        ("M", TshirtSize.M),
        (" m ", TshirtSize.M),
        ("xl", TshirtSize.XL),
        ("2XL", TshirtSize.XXL),
        ("3 XL", TshirtSize.XXXL),
    ],
)
def test_tshirt_sizes(raw, expected):
    assert parse_tshirt_size(raw) is expected


def test_unknown_tshirt_size_is_none():
    assert parse_tshirt_size("large") is None


def test_slug_code_is_stable_across_accents_and_case():
    assert slug_code("Régie son") == "REGIE_SON"
    assert slug_code(" permis B ") == "PERMIS_B"
    assert slug_code("SST") == "SST"


def test_split_skills():
    assert split_skills("SST, Permis B / régie son\nlangues") == [
        "SST",
        "Permis B",
        "régie son",
        "langues",
    ]
    assert split_skills("") == []