120 lines
5.3 KiB
Python
120 lines
5.3 KiB
Python
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"""IntentSpec → real dita_v2 KernelIntent translation (spec §7). Runs against the ACTUAL
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vendored kernel contracts (not fakes) so the field mapping is verified where it matters.
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The side truth table is the load-bearing test: a single wrong cell = a real wrong-direction
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order. Mutation: drop the `not is_buy` inversion in _position_side -> the EXIT rows go RED.
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dita_v2 lives under prod/clean_arch; add it to the path if the repo root isn't the anchor.
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If it truly can't be imported (a box without the kernel), skip loudly rather than fake it.
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Run: /home/dolphin/siloqy_env/bin/python3 -m pytest prod/exec_unified/test_intent_translator.py -q
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"""
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from __future__ import annotations
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import os
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import sys
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from datetime import datetime
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from decimal import Decimal
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import pytest
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# Anchor dita_v2: try the repo's clean_arch dir (works both at /mnt and /root/dev copies).
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for _cand in ("/mnt/dolphinng5_predict/prod/clean_arch",
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os.path.join(os.path.dirname(__file__), "..", "clean_arch")):
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if os.path.isdir(_cand) and _cand not in sys.path:
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sys.path.insert(0, _cand)
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dita = pytest.importorskip("dita_v2.contracts", reason="vendored dita_v2 not importable on this box")
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TradeSide = dita.TradeSide
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KernelCommandType = dita.KernelCommandType
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from prod.exec_unified.contract import Side
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from prod.exec_unified.intent_translator import make_kernel_intent_translator
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from prod.exec_unified.kernel_port import IntentSpec
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FIXED_TS = datetime(2026, 7, 15, 12, 0, 0)
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def _xlate():
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return make_kernel_intent_translator(lambda: FIXED_TS)
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def _spec(**kw):
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base = dict(request_id="req-0", base_request_id="pos-1", asset="BTCUSDT", side=Side.BUY,
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action_kind="ENTER", order_type="LIMIT", limit_price=Decimal("100.5"),
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size=Decimal("0.001"), tif="PostOnly", reduce_only=False, reason="test")
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base.update(kw)
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return IntentSpec(**base)
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# ── THE side truth table (verified vs bingx_venue._legacy_intent) ─────────────
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@pytest.mark.parametrize("action,order_side,expect_pos", [
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("ENTER", Side.BUY, TradeSide.LONG), # open long = buy
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("ENTER", Side.SELL, TradeSide.SHORT), # open short = sell
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("EXIT", Side.SELL, TradeSide.LONG), # close long = sell (INVERTED)
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("EXIT", Side.BUY, TradeSide.SHORT), # close short = buy (INVERTED)
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])
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def test_position_side_truth_table(action, order_side, expect_pos):
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reduce = action != "ENTER"
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ki = _xlate()(_spec(action_kind=action, side=order_side, reduce_only=reduce,
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order_type="MARKET" if reduce else "LIMIT",
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limit_price=Decimal("0") if reduce else Decimal("100.5")))
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assert ki.side is expect_pos
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# Mutation: `is_long = is_buy` (drop the inversion) -> the two EXIT rows fail.
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# ── size / leverage: quantity is verbatim, never levered ─────────────────────
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def test_target_size_is_verbatim_and_leverage_is_unit():
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ki = _xlate()(_spec(size=Decimal("0.0731")))
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assert ki.target_size == 0.0731 # the exact order quantity — no ×leverage
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assert ki.leverage == 1.0 # unit: exec_unified is leverage-agnostic (§2.3)
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def test_custom_leverage_never_scales_size():
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# even with a non-unit leverage the quantity is untouched (leverage is accounting-only).
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ki = make_kernel_intent_translator(lambda: FIXED_TS, leverage=5.0)(_spec(size=Decimal("2")))
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assert ki.target_size == 2.0
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assert ki.leverage == 5.0
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# ── action + order_type + price passthrough ──────────────────────────────────
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def test_action_mapping():
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assert _xlate()(_spec(action_kind="ENTER")).action is KernelCommandType.ENTER
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assert _xlate()(_spec(action_kind="EXIT", reduce_only=True)).action is KernelCommandType.EXIT
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assert _xlate()(_spec(action_kind="CANCEL")).action is KernelCommandType.CANCEL
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def test_unknown_action_raises():
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with pytest.raises(ValueError):
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_xlate()(_spec(action_kind="FROBNICATE"))
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def test_maker_limit_carries_price_and_tif_metadata():
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ki = _xlate()(_spec(order_type="LIMIT", limit_price=Decimal("64547.5"), tif="PostOnly"))
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assert ki.order_type == "LIMIT"
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assert ki.limit_price == 64547.5 and ki.reference_price == 64547.5
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assert ki.metadata["tif"] == "PostOnly"
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assert ki.metadata["reduce_only"] is False
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assert ki.metadata["exec_unified"] is True
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def test_market_carries_zero_price():
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ki = _xlate()(_spec(action_kind="EXIT", side=Side.SELL, reduce_only=True,
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order_type="MARKET", limit_price=Decimal("0")))
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assert ki.order_type == "MARKET"
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assert ki.limit_price == 0.0
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# ── identity + clock ─────────────────────────────────────────────────────────
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def test_ids_and_slot_and_injected_clock():
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ki = _xlate()(_spec(request_id="req-3", base_request_id="pos-9"))
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assert ki.intent_id == "req-3" # per-attempt id
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assert ki.trade_id == "pos-9" # position identity
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assert ki.slot_id == 0 # single-slot flatten
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assert ki.timestamp == FIXED_TS # injected, deterministic — no ambient now()
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assert ki.asset == "BTCUSDT" # undashed at kernel layer (dialect dashes at venue)
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