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crypto_okx/lib/options/options_coin_open_lib.py
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dekun 9d77a430e5 fix期权复盘与数据统计双口径盈亏,并修复卖回封顶导致盈利单冻成亏损。
平仓卖光可卖币后再按账户差分结算复盘;数据统计改为历史币盈亏×卖回价;复盘展示初始权利金与盈利率,并附历史修复脚本。

Co-authored-by: Cursor <cursoragent@cursor.com>
2026-10-13 09:10:13 +08:00

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"""币本位单笔期权:买满 USDT→币 → 开满期权 → 平后卖回."""
from __future__ import annotations
import os
import time
from typing import Any
from lib.exchange.okx_options_lib import (
cap_option_buy_sheets_to_ask_depth,
option_buy_liquidity_ok,
td_mode_for_option_buy,
wait_option_order_full_fill,
)
from lib.options.options_margin_mode_lib import (
calc_sheets_from_coin_balance,
compute_coin_budget_usdt,
is_coin_margin_mode,
margin_mode_from_inst_id,
normalize_options_margin_mode,
plan_coin_open_by_budget,
premium_ccy_for_mode,
)
from lib.options import options_spot_bridge_lib as _spot_bridge
from lib.options.options_spot_bridge_lib import (
BRIDGE_BOUGHT,
BRIDGE_HOLDING,
)
def _sell_excess_bridge_coin(
cfg: dict[str, Any],
ex: Any,
conn: Any,
*,
bridge_id: int,
underlying: str,
keep_coin: float,
coin_bought: float,
) -> dict[str, Any] | None:
"""开仓后卖掉多买的币:卖量不超过 bridge 买入量,并保留权利金所需 keep_coin."""
try:
keep = max(0.0, float(keep_coin))
except (TypeError, ValueError):
keep = 0.0
try:
bought = max(0.0, float(coin_bought))
except (TypeError, ValueError):
bought = 0.0
excess_cap = max(0.0, bought - keep)
if excess_cap <= 0:
return None
try:
conn.commit()
except Exception:
pass
avail = _spot_bridge.fetch_trading_coin_available(ex, underlying)
if avail is None:
return None
sell_amt = min(float(avail), excess_cap)
if not _spot_bridge.is_sellable_spot_coin(ex, underlying, sell_amt):
return None
sell = _spot_bridge.spot_market_sell_coin_to_usdt(
ex, underlying=underlying, coin_amount=sell_amt
)
if sell and sell.get("ok"):
try:
recovered = float(sell.get("usdt_recovered") or 0)
except (TypeError, ValueError):
recovered = 0.0
if recovered > 0:
try:
_spot_bridge.add_bridge_usdt_recovered(conn, int(bridge_id), recovered)
conn.commit()
except Exception:
pass
return sell
def coin_budget_preview(cfg: dict[str, Any], ex: Any) -> dict[str, Any]:
from lib.exchange.okx_options_lib import fetch_options_balances
bal = cfg.get("fetch_options_balances")(ex, force=True) if callable(cfg.get("fetch_options_balances")) else fetch_options_balances(ex, force=True)
trading = bal.get("trading_usdt_avail")
if trading is None:
trading = bal.get("trading_usdt")
try:
trading_f = float(trading or 0)
except (TypeError, ValueError):
trading_f = 0.0
buf = float(cfg.get("budget_buffer") or 1.0)
return compute_coin_budget_usdt(trading_f, buffer=buf)
def open_coin_option_buy_full(
cfg: dict[str, Any],
ex: Any,
*,
inst_id: str,
signal_note: str = "",
target_index: float | None = None,
profit_exit_enabled: bool = False,
profit_exit_mult: float = 1.0,
target_sheets: int | None = None,
) -> dict[str, Any]:
"""先按最大可开张数估权利金×现货缓冲买币,再开对应张数(不全额兑换预算)."""
from lib.options.options_db import init_options_tables
from lib.options.options_position_limit_lib import (
compound_full_single_position_block_msg,
option_position_limit_block_msg,
)
if not is_coin_margin_mode():
return {"ok": False, "msg": "当前非币本位模式"}
if margin_mode_from_inst_id(inst_id) != "coin":
return {"ok": False, "msg": "合约不是币本位期权(请确认未选中 USD_UM 合约)"}
# 解析标的
parts = inst_id.split("-")
underlying = (parts[0] if parts else "ETH").upper()
# 先清粉尘桥 + 空仓扫尾卖回(短连接),再开业务连接
try:
_spot_bridge.clear_dust_pending_sell_bridges(cfg["get_db"], ex)
except Exception:
pass
try:
sweep_spot_after_options_flat(cfg, ex)
except Exception:
pass
conn: Any = None
conn = cfg["get_db"]()
try:
init_options_tables(conn)
try:
conn.commit()
except Exception:
pass
block = _spot_bridge.bridge_blocks_new_open_msg(conn)
if block:
return {"ok": False, "msg": block, "can_open": False}
# 网络检查前再提交,避免握锁拉持仓/行情
try:
conn.commit()
except Exception:
pass
compound_block = compound_full_single_position_block_msg(
ex, fetch_positions=cfg.get("fetch_option_positions")
)
if compound_block:
return {"ok": False, "msg": compound_block, "can_open": False}
pos_limit_msg = option_position_limit_block_msg(
ex,
opening_inst_id=inst_id,
fetch_positions=cfg.get("fetch_option_positions"),
)
if pos_limit_msg:
return {"ok": False, "msg": pos_limit_msg, "can_open": False}
budget_info = coin_budget_preview(cfg, ex)
if not budget_info.get("ok"):
return {"ok": False, "msg": budget_info.get("msg") or "USDT 预算无效", "budget": budget_info}
budget_usdt = float(budget_info["budget_usdt"])
q = cfg["quote_option_contract"](ex, inst_id)
if not q.get("ok"):
return q
ask = q.get("ask")
ask_sz = q.get("ask_sz")
can_open, block_msg = option_buy_liquidity_ok(ask, ask_sz)
if not can_open:
return {
"ok": False,
"msg": block_msg or "暂无卖一深度,无法买入",
"can_open": False,
}
ct_mult = float(q.get("ct_mult") or 0.01)
min_sz = int(q.get("min_sz") or 1)
idx = None
try:
idx = float(q.get("index_px") or q.get("idxPx") or 0)
except (TypeError, ValueError):
idx = 0.0
if idx <= 0:
try:
from lib.exchange.okx_options_lib import fetch_index_price
idx = float(fetch_index_price(ex, f"{underlying}-USD") or 0)
except Exception:
idx = 0.0
plan = plan_coin_open_by_budget(
quote_per_unit=float(ask),
ct_mult=ct_mult,
min_sz=min_sz,
budget_usdt=budget_usdt,
index_px=float(idx),
ask_sz=ask_sz,
target_sheets=target_sheets,
)
if not plan.get("ok"):
return {
"ok": False,
"msg": plan.get("msg") or "无法规划买币张数",
"plan": plan,
"budget": budget_info,
"can_open": False,
}
buy_usdt = float(plan["buy_usdt"])
sheets = int(plan["sheets"])
# 买币/读余额(模拟盘写钱包)前必须提交释放锁
try:
conn.commit()
except Exception:
pass
# 开仓前有可卖标的币 → 拒开(规格:先卖回)
from lib.options.options_account_pnl_lib import (
fetch_trading_usdt,
sellable_coin_blocks_open_msg,
)
coin_block = sellable_coin_blocks_open_msg(ex, underlying)
if coin_block:
return {"ok": False, "msg": coin_block, "can_open": False}
trading_usdt_before = fetch_trading_usdt(cfg, ex)
# 1) 仅买「权利金×现货缓冲」所需 USDT,不全额兑换预算
coin_before = _spot_bridge.fetch_trading_coin_available(ex, underlying) or 0.0
buy = _spot_bridge.spot_market_buy_coin_with_usdt(ex, underlying=underlying, usdt_amount=buy_usdt)
if not buy.get("ok"):
return {
"ok": False,
"msg": f"现货买入 {underlying} 失败: {buy.get('msg')}",
"budget": budget_info,
"plan": plan,
}
bridge_id = _spot_bridge.insert_bridge(
conn,
underlying=underlying,
status=BRIDGE_BOUGHT,
budget_usdt=buy_usdt,
buy_ord_id=str(buy.get("ord_id") or ""),
inst_id=inst_id,
message="已买币,待开期权",
)
try:
conn.commit()
except Exception:
pass
# 等余额落账
time.sleep(1.5)
try:
from lib.exchange.okx_options_lib import invalidate_options_balance_cache
invalidate_options_balance_cache()
except Exception:
pass
coin_after = _spot_bridge.fetch_trading_coin_available(ex, underlying)
if coin_after is None:
rb = _spot_bridge.rollback_bought_coin_to_usdt(
conn, ex, bridge_id=bridge_id, underlying=underlying, reason="买币后读不到可用余额"
)
return {
"ok": False,
"msg": "买币后读不到可用余额,已尝试卖回 USDT",
"rollback": rb,
"budget": budget_info,
"plan": plan,
}
coin_bought = max(0.0, float(coin_after) - float(coin_before or 0))
if coin_bought <= 0:
# 落账延迟:短重试取增量;绝不把整户余额当成「本次买入」
for _ in range(3):
time.sleep(0.6)
try:
from lib.exchange.okx_options_lib import invalidate_options_balance_cache
invalidate_options_balance_cache()
except Exception:
pass
again = _spot_bridge.fetch_trading_coin_available(ex, underlying)
if again is None:
continue
coin_bought = max(0.0, float(again) - float(coin_before or 0))
if coin_bought > 0:
coin_after = again
break
if coin_bought <= 0:
# 订单回执有数量则用之,否则回滚
try:
hinted = float(buy.get("coin_bought") or 0)
except (TypeError, ValueError):
hinted = 0.0
if hinted > 0:
coin_bought = hinted
else:
rb = _spot_bridge.rollback_bought_coin_to_usdt(
conn, ex, bridge_id=bridge_id, underlying=underlying, reason="买入量无效"
)
return {
"ok": False,
"msg": "买币后可用增量无效",
"rollback": rb,
"budget": budget_info,
}
_spot_bridge.update_bridge(conn, bridge_id, coin_bought=float(coin_bought))
try:
conn.commit()
except Exception:
pass
sizing = calc_sheets_from_coin_balance(
quote_per_unit=float(ask),
ct_mult=ct_mult,
min_sz=min_sz,
coin_available=float(coin_bought),
)
if not sizing.get("ok"):
rb = _spot_bridge.rollback_bought_coin_to_usdt(
conn,
ex,
bridge_id=bridge_id,
underlying=underlying,
reason=sizing.get("msg") or "张数不足",
coin_amount=float(coin_bought),
)
return {"ok": False, "msg": sizing.get("msg"), "sizing": sizing, "rollback": rb, "budget": budget_info, "plan": plan}
# 实盘以买到的币为准,但不超过规划张数
sheets = min(int(sizing["sheets"]), int(plan["sheets"]))
capped, cap_msg = cap_option_buy_sheets_to_ask_depth(sheets, ask_sz, min_sz=min_sz)
if capped is None:
rb = _spot_bridge.rollback_bought_coin_to_usdt(
conn, ex, bridge_id=bridge_id, underlying=underlying, reason=cap_msg or "深度不足"
)
return {"ok": False, "msg": cap_msg or "卖一深度不足", "rollback": rb}
if capped < sheets:
sheets = int(capped)
sizing = {
"ok": True,
"sheets": sheets,
"eth_amount": round(sheets * ct_mult, 8),
"coin_premium": round(sheets * float(ask) * ct_mult, 8),
"ask_depth_capped": True,
}
else:
sizing = {
"ok": True,
"sheets": sheets,
"eth_amount": round(sheets * ct_mult, 8),
"coin_premium": round(sheets * float(ask) * ct_mult, 8),
}
tick_sz = q.get("tick_sz")
order = cfg["place_option_limit_order"](
ex,
inst_id=inst_id,
side="buy",
sheets=sheets,
price=float(ask),
td_mode=td_mode_for_option_buy(cfg.get("td_mode")),
tick_sz=tick_sz,
ord_type="ioc",
)
# 51008 时自动减半张数再试一次(买币已到位,避免整笔回滚)
if (not order.get("ok")) and sheets > 1:
msg_l = str(order.get("msg") or "").lower()
if "51008" in str(order.get("raw") or "").lower() or "不足" in str(order.get("msg") or ""):
sheets2 = max(1, sheets // 2)
if sheets2 < sheets:
order2 = cfg["place_option_limit_order"](
ex,
inst_id=inst_id,
side="buy",
sheets=sheets2,
price=float(ask),
td_mode=td_mode_for_option_buy(cfg.get("td_mode")),
tick_sz=tick_sz,
ord_type="ioc",
)
if order2.get("ok"):
order = order2
sheets = sheets2
sizing = {
"ok": True,
"sheets": sheets,
"eth_amount": round(sheets * ct_mult, 8),
"coin_premium": round(sheets * float(ask) * ct_mult, 8),
"retried_half": True,
}
if not order.get("ok"):
rb = _spot_bridge.rollback_bought_coin_to_usdt(
conn, ex, bridge_id=bridge_id, underlying=underlying, reason=order.get("msg") or "下单失败"
)
return {"ok": False, "msg": order.get("msg") or "期权下单失败", "order": order, "rollback": rb}
ord_id = str((order.get("data") or {}).get("ordId") or "").strip()
if not ord_id:
rb = _spot_bridge.rollback_bought_coin_to_usdt(
conn, ex, bridge_id=bridge_id, underlying=underlying, reason="无订单号"
)
return {"ok": False, "msg": "下单成功但未返回订单号", "rollback": rb}
try:
fill_timeout = max(2.0, float(os.getenv("OKX_OPTIONS_OPEN_FILL_TIMEOUT_SEC") or "12"))
except (TypeError, ValueError):
fill_timeout = 12.0
# 等待成交可能十余秒:先提交并释放业务连接,避免锁死中控/卖币
try:
conn.commit()
except Exception:
pass
try:
conn.close()
except Exception:
pass
conn = None
fill = wait_option_order_full_fill(
ex,
inst_id=inst_id,
ord_id=ord_id,
need_sheets=int(sheets),
timeout_sec=fill_timeout,
cancel_on_timeout=True,
)
conn = cfg["get_db"]()
init_options_tables(conn)
if not fill.get("ok"):
filled_n = int(fill.get("filled_sheets") or 0)
if filled_n <= 0:
rb = _spot_bridge.rollback_bought_coin_to_usdt(
conn,
ex,
bridge_id=bridge_id,
underlying=underlying,
reason=fill.get("msg") or "未成交",
)
return {"ok": False, "msg": fill.get("msg") or "未完全成交", "fill": fill, "rollback": rb}
sheets = filled_n
eth_amount = round(float(sheets) * ct_mult, 8)
premium_paid = round(float(ask) * eth_amount, 8)
premium_ccy = premium_ccy_for_mode("coin", underlying)
# 开仓手续费(折权利金单位);优先成交回包,否则查单
open_fee = 0.0
idx_open = None
try:
from lib.options.options_pnl_settle_lib import (
extract_order_fee,
fee_to_premium_ccy,
resolve_close_index_px,
sum_option_order_fees_in_premium,
)
idx_open = resolve_close_index_px(
ex,
inst_id=inst_id,
underlying=underlying,
hint=(q.get("index_px") if isinstance(q, dict) else None) or idx,
)
fee_hint, fee_ccy_hint = extract_order_fee(order if isinstance(order, dict) else None)
if fee_hint <= 0 and isinstance(fill, dict):
fee_hint, fee_ccy_hint = extract_order_fee(fill.get("order") if isinstance(fill.get("order"), dict) else fill)
if fee_hint > 0:
open_fee = fee_to_premium_ccy(
fee_hint, fee_ccy_hint or premium_ccy, premium_ccy=premium_ccy, index_px=idx_open
)
if open_fee <= 0:
open_fee = sum_option_order_fees_in_premium(
ex,
inst_id=inst_id,
ord_ids=[ord_id],
premium_ccy=premium_ccy,
index_px=idx_open,
fetch_order_fn=cfg.get("fetch_option_order"),
)
except Exception:
open_fee = 0.0
# 部分成交/减半张数后卖掉多余买币(按 bridge coin_bought 封顶)
need_coin = float(premium_paid)
try:
_sell_excess_bridge_coin(
cfg,
ex,
conn,
bridge_id=bridge_id,
underlying=underlying,
keep_coin=need_coin,
coin_bought=float(coin_bought),
)
except Exception:
pass
_spot_bridge.update_bridge(
conn,
bridge_id,
status=BRIDGE_HOLDING,
inst_id=inst_id,
coin_bought=float(need_coin),
message="期权持仓中",
)
trade_id = _insert_coin_trade(
conn,
inst_id=inst_id,
underlying=underlying,
opt_type=str(q.get("opt_type") or ""),
strike=q.get("strike"),
exp_time=q.get("exp_time"),
sheets=int(sheets),
eth_amount=eth_amount,
open_quote=float(ask),
premium_paid=premium_paid,
signal_note=signal_note,
exchange_ord_id=ord_id,
bridge_id=bridge_id,
budget_usdt=buy_usdt,
premium_ccy=premium_ccy,
open_fee=open_fee,
open_index_px=idx_open,
trading_usdt_before=trading_usdt_before,
profit_exit_enabled=profit_exit_enabled,
profit_exit_mult=profit_exit_mult,
)
# 目标位 / 翻倍离场 — 复用现有逻辑若存在
try:
if target_index is not None:
from lib.options.options_target_lib import upsert_target_monitor
upsert_target_monitor(
conn,
inst_id=inst_id,
underlying=underlying,
opt_type=str(q.get("opt_type") or ""),
target_index=float(target_index),
trade_id=trade_id,
sheets=int(sheets),
)
except Exception:
pass
try:
from lib.options.options_notify_lib import notify_options_open
notify_options_open(
cfg,
conn,
trade_id=trade_id,
inst_id=inst_id,
underlying=underlying,
opt_type=str(q.get("opt_type") or ""),
sheets=int(sheets),
premium_paid=premium_paid,
open_quote=float(ask),
target_index=target_index,
signal_note=signal_note,
premium_ccy=premium_ccy,
)
except Exception:
pass
return {
"ok": True,
"msg": f"币本位开仓成功 {sheets} 张",
"margin_mode": "coin",
"budget": budget_info,
"sizing": sizing,
"sheets": sheets,
"eth_amount": eth_amount,
"premium_paid": premium_paid,
"premium_ccy": premium_ccy,
"bridge_id": bridge_id,
"trade_id": trade_id,
"order": order,
"fill": fill,
}
finally:
if conn is not None:
try:
conn.close()
except Exception:
pass
def _insert_coin_trade(conn: Any, **kwargs: Any) -> int:
from lib.options.options_time_lib import options_app_now_str
pe = 1 if kwargs.get("profit_exit_enabled") else 0
pe_mult = float(kwargs.get("profit_exit_mult") or 1.0)
pe_state = "active" if pe else "idle"
open_fee = float(kwargs.get("open_fee") or 0.0)
if open_fee < 0:
open_fee = abs(open_fee)
fee_ccy = str(kwargs.get("premium_ccy") or "ETH")
open_index_px = kwargs.get("open_index_px")
try:
open_index_px = float(open_index_px) if open_index_px is not None else None
if open_index_px is not None and open_index_px <= 0:
open_index_px = None
except (TypeError, ValueError):
open_index_px = None
tusdt_before = kwargs.get("trading_usdt_before")
try:
tusdt_before = float(tusdt_before) if tusdt_before is not None else None
except (TypeError, ValueError):
tusdt_before = None
paid = kwargs.get("premium_paid")
try:
paid_f = float(paid) if paid is not None else None
except (TypeError, ValueError):
paid_f = None
initial_premium_usdt = None
if open_index_px is not None and paid_f is not None and paid_f > 0:
initial_premium_usdt = round(float(open_index_px) * float(paid_f), 4)
cur = conn.execute(
"""
INSERT INTO options_trades(
inst_id, underlying, opt_type, strike, exp_time, sheets, eth_amount,
open_quote, premium_paid, status, signal_note, exchange_ord_id,
margin_mode, premium_ccy, bridge_id, budget_usdt,
open_fee, fee_ccy, open_index_px, trading_usdt_before, pnl_settled,
initial_premium_usdt,
profit_exit_enabled, profit_exit_mult, profit_exit_state, created_at
) VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?, 'open', ?, ?, 'coin', ?, ?, ?, ?, ?, ?, ?, 0, ?, ?, ?, ?, ?)
""",
(
kwargs["inst_id"],
kwargs["underlying"],
kwargs["opt_type"],
kwargs.get("strike"),
str(kwargs.get("exp_time") or ""),
kwargs["sheets"],
kwargs["eth_amount"],
kwargs.get("open_quote"),
kwargs.get("premium_paid"),
kwargs.get("signal_note") or "",
kwargs.get("exchange_ord_id"),
kwargs.get("premium_ccy") or "ETH",
kwargs.get("bridge_id"),
kwargs.get("budget_usdt"),
open_fee,
fee_ccy,
open_index_px,
tusdt_before,
initial_premium_usdt,
pe,
pe_mult,
pe_state,
options_app_now_str(),
),
)
conn.commit()
return int(cur.lastrowid)
def maybe_sell_spot_after_close(
cfg: dict[str, Any],
ex: Any,
*,
inst_id: str,
close_result: dict[str, Any] | None = None,
) -> dict[str, Any] | None:
"""期权平仓后若该合约为币本位且已空仓,卖回本桥残留币.
持仓查询失败/空响应时不卖,等下次监控再查(与 sweep_spot_after_options_flat 一致).
"""
del close_result # 预留字段;卖回只认交易所持仓实况
if margin_mode_from_inst_id(inst_id) != "coin":
return None
try:
rows = cfg["fetch_option_positions"](ex)
except Exception as e:
return {"ok": False, "msg": f"持仓查询失败,暂不卖币: {e}", "skipped": True}
if rows is None:
return {"ok": False, "msg": "持仓查询失败: 空响应,暂不卖币", "skipped": True}
for p in rows or []:
if str(p.get("instId") or p.get("inst_id") or "") != inst_id:
continue
try:
if abs(float(p.get("pos") or 0)) > 1e-12:
return {"ok": True, "skipped": True, "msg": "仍有持仓,暂不卖币"}
except (TypeError, ValueError):
pass
parts = inst_id.split("-")
underlying = (parts[0] if parts else "ETH").upper()
result = _spot_bridge.sell_residual_after_option_flat(
cfg["get_db"],
ex,
underlying=underlying,
inst_id=inst_id,
)
# 卖回完成(sell_complete):交易账户 after − 开仓 before → 冻结本单盈亏
try:
from lib.options.options_account_pnl_lib import try_settle_after_sellback
res = result or {}
if res.get("ok") and res.get("sell_complete", True) and not res.get("incomplete"):
bid = res.get("bridge_id")
try_settle_after_sellback(
cfg["get_db"],
ex,
bridge_id=int(bid) if bid is not None else None,
cfg=cfg,
underlying=underlying,
sell_complete=True,
)
except Exception:
pass
return result
def sweep_spot_after_options_flat(
cfg: dict[str, Any],
ex: Any | None = None,
) -> dict[str, Any]:
"""币本位:某标的已无期权持仓时,把交易户该标的残留币卖回 USDT.
覆盖到期结算、限价平仓后同步关仓等未走买一平仓卖回路径的情况。
"""
if not is_coin_margin_mode():
return {"ok": True, "skipped": True, "msg": "非币本位"}
exchange = ex if ex is not None else cfg.get("exchange_options")
if exchange is None:
return {"ok": False, "msg": "exchange 未就绪"}
live_uly: set[str] = set()
try:
rows = cfg["fetch_option_positions"](exchange)
except Exception as e:
# 持仓查询失败:只清 pending 粉尘桥,绝不卖币
try:
_spot_bridge.clear_dust_pending_sell_bridges(cfg["get_db"], exchange)
except Exception:
pass
return {"ok": False, "msg": f"持仓查询失败: {e}"}
if rows is None:
try:
_spot_bridge.clear_dust_pending_sell_bridges(cfg["get_db"], exchange)
except Exception:
pass
return {"ok": False, "msg": "持仓查询失败: 空响应"}
for p in rows or []:
try:
if abs(float(p.get("pos") or 0)) <= 1e-12:
continue
except (TypeError, ValueError):
continue
inst = str(p.get("instId") or p.get("inst_id") or "").strip()
if not inst:
continue
live_uly.add(inst.split("-")[0].upper())
# 先关掉只剩粉尘的 pending 桥,避免拦开仓又看不到重试按钮
try:
_spot_bridge.clear_dust_pending_sell_bridges(cfg["get_db"], exchange)
except Exception:
pass
sold: list[dict[str, Any]] = []
for uly in ("BTC", "ETH"):
if uly in live_uly:
continue
try:
avail = _spot_bridge.fetch_trading_coin_available(exchange, uly)
# 低于现货 minSz 的粉尘不扫、不重试
if avail is None or not _spot_bridge.is_sellable_spot_coin(exchange, uly, avail):
continue
except Exception:
continue
try:
out = _spot_bridge.sell_residual_after_option_flat(
cfg["get_db"],
exchange,
underlying=uly,
inst_id=None,
)
out = out or {}
if out.get("ok") and out.get("sell_complete", True) and not out.get("incomplete"):
try:
from lib.options.options_account_pnl_lib import try_settle_after_sellback
bid = out.get("bridge_id")
try_settle_after_sellback(
cfg["get_db"],
exchange,
bridge_id=int(bid) if bid is not None else None,
cfg=cfg,
underlying=uly,
sell_complete=True,
)
except Exception:
pass
sold.append({"underlying": uly, **out})
except Exception as e:
sold.append({"underlying": uly, "ok": False, "msg": str(e)})
return {"ok": True, "results": sold, "skipped": not sold}