from option_mcp_common.models import EventPriority, EventType, L2Entry


def test_l2_entry_minimal():
    entry = L2Entry(
        timestamp="2026-04-17T10:30:00Z",
        setup="bull put spread ETH 1800/1750 14d",
        tesi="IV alta post-CPI, attesa mean-reversion",
        esito="aperto"
    )
    assert entry.scostamento_sigma is None
    assert entry.tesi_check is None


def test_l2_entry_full():
    entry = L2Entry(
        timestamp="2026-04-17T10:30:00Z",
        setup="bull put spread ETH 1800/1750 14d",
        tesi="IV alta post-CPI",
        tesi_check="ETH sopra 1820 per 24h con IV in calo",
        invalidation="rottura 1800 con volume > 2x media",
        esito="chiuso +12 USDC",
        scostamento="nessuno",
        scostamento_sigma=0.5,
        lezione="supporto ha tenuto, timing ok",
        sizing_note="size 80 USDC (ATR 1.3x media)",
    )
    assert entry.scostamento_sigma == 0.5
    dump = entry.model_dump()
    assert dump["lezione"] == "supporto ha tenuto, timing ok"


def test_event_priority_enum():
    assert EventPriority.CRITICAL.value == "critical"
    assert EventPriority.LOW < EventPriority.CRITICAL  # ordering


def test_event_type_enum():
    assert EventType.ALERT.value == "alert"
    assert EventType.USER_INSTRUCTION.value == "user_instruction"