k
d6c802ef26
Batch of the pre-launch audit campaign (BUG-01…14 plus three new features): Pricing / TP-SL protection - Add app/services/hl_price_feed.py: supplemental HL allMids poller for HL-native assets (HYPE, PURR) not listed on Binance. Pumps price_store + tp_sl_monitor.on_price_tick so bot trades on these assets keep full stop-loss / take-profit / trailing protection instead of max-hold only. - Wire feed into main.py lifespan (startup task + graceful shutdown cancel). Telegram - Add format_trump_mention + PATH B in _dispatch: crypto-relevant Trump posts with no directional signal (relevant=True, signal=hold) now alert the public channel only (no per-subscriber noise). - Rate limiter (slowapi) on the API; assorted bot/digest fixes. KOL on-chain - seed_kol_wallets.py: KOL_FEEDS coverage cross-check; reversibly deactivate orphaned wallets (handle not in KOL_FEEDS → can never produce divergence) so the scanner stops burning cycles on them. Tests / misc - Fix brittle test_macro_ahr999_uses_same_formula_as_scanner: mock now uses realistic ms timestamps so the in-progress-day drop fires, matching the fetcher's bar count (was 0.3179 vs 0.3178 off-by-one). - Refresh stale notify_signal comment in truth_social.py. Frontend reduce-action type fix lives in the sibling repo. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
488 lines
22 KiB
Python
488 lines
22 KiB
Python
"""
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Take-profit / stop-loss / trailing-stop monitor.
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Subscribes to the Binance price stream; for every open trade, closes the HL
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position when the live mark price crosses one of:
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1. Fixed stop-loss (always active).
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2. Fixed take-profit (optional — set to None for trend capture).
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3. Trailing stop (optional — once peak profit ≥ trailing_activate_at_pct,
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close if price drops trailing_stop_pct from the peak).
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The trailing branch is the centrepiece of the convex-payoff redesign:
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fixed TP at +2% kills every potential runner before it starts. Instead we
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let unrealised PnL grow, watching the peak, and only exit on a real
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retracement.
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Lifecycle:
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- bot_engine.open_position calls register_trade(...) after each new trade
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- binance.py's price callback calls on_price_tick() once per second
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- when a rule fires, _fire_close(...) calls bot_engine.close_and_finalize
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"""
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import asyncio
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import logging
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import time
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from dataclasses import dataclass, field
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from typing import Dict, Optional
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logger = logging.getLogger(__name__)
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# Throttled peak persistence: write peak_gain_pct to the DB at most once per
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# PEAK_FLUSH_SECS per trade, and only after it advances ≥ PEAK_FLUSH_DELTA pp.
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# Peak is monotonic so writes are rare after the initial run-up; this is
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# enough to keep the post-restart regime correct without per-tick I/O.
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PEAK_FLUSH_DELTA = 1.0
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PEAK_FLUSH_SECS = 30.0
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@dataclass
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class WatchedTrade:
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trade_id: int
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wallet: str
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api_key: str
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leverage: int
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asset: str
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side: str # "long" | "short"
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entry_price: float
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take_profit_pct: Optional[float] # legacy fixed TP (may be None)
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stop_loss_pct: Optional[float] # always required in practice
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trailing_stop_pct: Optional[float] # trail distance, e.g. 2.5
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trailing_activate_at_pct: Optional[float] # activation threshold, e.g. 5.0
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# System-2 only. "below_entry": exit immediately if price crosses back
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# through entry BEFORE trailing arms — the reversal thesis (e.g. SMA
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# reclaim) is dead, no reason to wait for the wide hard stop. None for
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# System-1 / unset.
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invalidation: Optional[str] = None
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invalidation_price: Optional[float] = None
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# Staged stop-loss ladder (System-2, optional). List of
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# (peak_gain_trigger_pct, stop_floor_pct) sorted ascending. When set,
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# this trade has NO take-profit and NO from-peak trailing: the only
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# market exit is "price fell back to the highest staged floor that the
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# peak gain has unlocked". See signal_categories.get_stop_ladder.
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stop_ladder: Optional[list] = None
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# Staged DOWNSIDE de-risk ladder (System-2, optional). List of
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# (threshold_signed_pct_negative, frac_of_original, is_final) ordered by
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# increasing adversity. While the trade is underwater (peak below the
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# first stop_ladder trigger) it is scaled OUT in partial reduces at each
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# rung; the final rung is a full close at the protective level (inside
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# liquidation). See signal_categories.sys2_derisk_ladder.
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derisk_ladder: Optional[list] = None
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derisk_done: int = 0
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derisk_in_flight: bool = field(default=False)
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# Pyramiding (做对了往上加仓): add to a confirmed winner. List of
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# (peak_gain_trigger_pct, frac_of_base, is_last). Only active in the
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# profit regime AND while derisk_done==0. Each add blends entry up; the
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# monitor then floors the stop at breakeven (eff_stop ≥ 0) so a pyramided
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# winner can never become a loser.
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addon_ladder: Optional[list] = None
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addon_done: int = 0
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addon_in_flight: bool = field(default=False)
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# Per-trade "Grow" switch. Pyramiding only runs when True. De-risk +
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# ratchet stop are unaffected (safety floor is always on). Toggled live
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# by the user via POST /positions/{id}/grow.
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grow_mode: bool = field(default=False)
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# Parabolic-top trailing: (activate_peak_gain_pct, price_drawdown_frac).
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# In the profit regime, once peak ≥ activate, the floor also trails the
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# peak PRICE by at most drawdown_frac (scale-invariant). None = use only
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# the fixed stop_ladder rungs. See signal_categories.sys2_peak_trail.
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peak_trail: Optional[tuple] = None
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# Throttled persistence of peak_gain_pct (monotonic). peak_persisted is
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# the last value written to the DB; peak_persist_ts the last write time.
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peak_persisted: float = field(default=0.0)
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peak_persist_ts: float = field(default=0.0)
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# System-1 (Trump) min-hold floor. Epoch seconds; before this time,
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# take-profit and trailing exits are SUPPRESSED (don't scalp out of a
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# developing move). Hard stop-loss + invalidation always fire — capital
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# protection isn't deferrable. None = no floor (System 2 / legacy).
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min_hold_until_ts: Optional[float] = None
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# Runtime state — peak unrealised gain seen so far, in %. Used by the
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# trailing branch. Long: peak = max(over time) of pct_gain. Short: same,
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# but pct_gain is already signed correctly by the caller.
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peak_gain_pct: float = field(default=0.0)
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trailing_armed: bool = field(default=False)
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# Buffer below entry before "below_entry" invalidation fires. Entry price is
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# only a PROXY for the true thesis-invalidation level (e.g. the 200d SMA for
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# an sma_reclaim). 0.75% is roughly one normal noise band on a major coin —
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# big enough to survive the fill-tick wobble, small enough to still cut a
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# failed reclaim well before the wide hard stop.
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INVALIDATION_BUFFER_PCT = 0.75
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# trade_id -> WatchedTrade
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_watched: Dict[int, WatchedTrade] = {}
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# Strong refs to fire-close tasks (prevent GC before completion)
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_background_tasks: set = set()
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def register_trade(
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trade_id: int,
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wallet: str,
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api_key: str,
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leverage: int,
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asset: str,
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side: str,
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entry_price: float,
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take_profit_pct: Optional[float],
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stop_loss_pct: Optional[float],
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trailing_stop_pct: Optional[float] = None,
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trailing_activate_at_pct: Optional[float] = None,
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invalidation: Optional[str] = None,
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invalidation_price: Optional[float] = None,
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min_hold_until_ts: Optional[float] = None,
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stop_ladder: Optional[list] = None,
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derisk_ladder: Optional[list] = None,
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derisk_done: int = 0,
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addon_ladder: Optional[list] = None,
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addon_done: int = 0,
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initial_peak: float = 0.0,
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peak_trail: Optional[tuple] = None,
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grow_mode: bool = False,
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) -> None:
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# Nothing to monitor → skip. We require AT LEAST a stop-loss for any
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# registered trade; protocol still works without TP if trailing or a
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# staged-stop / de-risk ladder is set.
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if (stop_loss_pct is None
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and take_profit_pct is None
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and trailing_stop_pct is None
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and not stop_ladder
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and not derisk_ladder):
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return
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_watched[trade_id] = WatchedTrade(
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trade_id=trade_id, wallet=wallet, api_key=api_key, leverage=leverage,
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asset=asset, side=side, entry_price=entry_price,
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take_profit_pct=take_profit_pct,
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stop_loss_pct=stop_loss_pct,
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trailing_stop_pct=trailing_stop_pct,
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trailing_activate_at_pct=trailing_activate_at_pct,
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invalidation=invalidation,
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invalidation_price=invalidation_price,
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min_hold_until_ts=min_hold_until_ts,
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stop_ladder=stop_ladder,
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derisk_ladder=derisk_ladder,
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derisk_done=derisk_done or 0,
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addon_ladder=addon_ladder,
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addon_done=addon_done or 0,
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peak_gain_pct=max(0.0, float(initial_peak or 0.0)),
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peak_persisted=max(0.0, float(initial_peak or 0.0)),
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peak_trail=peak_trail,
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grow_mode=bool(grow_mode),
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)
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logger.info(
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"Watching trade %d (%s %s @ %.4f, sl=%s, tp=%s, trail=%s/@%s)",
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trade_id, side, asset, entry_price,
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stop_loss_pct, take_profit_pct,
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trailing_stop_pct, trailing_activate_at_pct,
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)
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def unregister(trade_id: int) -> None:
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wt = _watched.pop(trade_id, None)
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# Flush the latest peak to DB on unregister so a restart between the last
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# throttled write and this point doesn't lose progress.
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if wt is not None and wt.peak_gain_pct > wt.peak_persisted:
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task = asyncio.create_task(_persist_peak(trade_id, wt.peak_gain_pct))
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_background_tasks.add(task)
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task.add_done_callback(_background_tasks.discard)
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# Clean up the per-trade close lock from bot_engine to prevent memory leak.
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# Trades closed via reconciler bypass close_and_finalize, so the lock would
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# otherwise remain in the dict forever.
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from app.services.bot_engine import _close_locks
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_close_locks.pop(trade_id, None)
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def on_price_tick(asset: str, price: float) -> None:
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"""Called from binance.py on every price update.
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Iterates watched trades on this asset, evaluates each rule, and triggers
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a close on the first match. Rule evaluation order: stop-loss → trailing
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→ fixed TP. (Stop-loss first so a sudden gap kills the position before
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we celebrate hitting trailing.)
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"""
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if not _watched:
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return
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triggered = []
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derisk_actions = [] # (wt, step_idx, frac_of_original)
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addon_actions = [] # (wt, step_idx, frac_of_base)
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for tid, wt in list(_watched.items()):
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if wt.asset != asset:
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continue
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# Convert raw price → signed gain in position's direction, in %.
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raw_pct = (price - wt.entry_price) / wt.entry_price
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signed_pct = (raw_pct if wt.side == "long" else -raw_pct) * 100
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# Update peak BEFORE evaluating trailing — a tick that pushes the peak
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# AND retraces in the same step should still arm trailing at the new peak.
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if signed_pct > wt.peak_gain_pct:
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wt.peak_gain_pct = signed_pct
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# Throttled monotonic persistence so a restart keeps the regime.
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now_s = time.time()
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if (wt.peak_gain_pct - wt.peak_persisted >= PEAK_FLUSH_DELTA
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and now_s - wt.peak_persist_ts >= PEAK_FLUSH_SECS):
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wt.peak_persisted = wt.peak_gain_pct
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wt.peak_persist_ts = now_s
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_pt = asyncio.create_task(
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_persist_peak(wt.trade_id, wt.peak_gain_pct))
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_background_tasks.add(_pt)
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_pt.add_done_callback(_background_tasks.discard)
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# 0. System-2 self-contained exit model: NO take-profit, NO from-peak
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# trailing. Two regimes, fully replacing branches 1/1b/2/3:
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# • Underwater → STAGED DE-RISK ("分段式减仓"): partial reduces
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# at each downside rung, full close at the final (protective,
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# inside-liquidation) rung.
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# • In profit → STAGED STOP: floor ratchets up as peak gain
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# crosses each upside rung; full close when price falls back.
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if wt.stop_ladder or wt.derisk_ladder:
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first_up = (min(t for t, _ in wt.stop_ladder)
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if wt.stop_ladder else None)
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in_profit_regime = (first_up is not None
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and wt.peak_gain_pct >= first_up)
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if wt.derisk_ladder and not in_profit_regime:
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ladder = wt.derisk_ladder
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# Gap protection: blown straight through to the final
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# protective level → full close NOW regardless of step
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# bookkeeping (still inside the exchange liquidation line).
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if signed_pct <= ladder[-1][0]:
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triggered.append((wt, "staged_stop"))
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continue
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if (not wt.derisk_in_flight
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and 0 <= wt.derisk_done < len(ladder)):
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thr, frac, is_final = ladder[wt.derisk_done]
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if signed_pct <= thr:
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if is_final:
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triggered.append((wt, "staged_stop"))
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continue
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# Partial reduce — spawn async, guard re-entry until
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# it completes (done-callback clears the flag).
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wt.derisk_in_flight = True
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derisk_actions.append((wt, wt.derisk_done, frac))
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continue # underwater: no profit-ratchet / TP / trailing
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# Profit regime — ratchet floor (base + unlocked upside rungs).
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eff_stop = -wt.stop_loss_pct if wt.stop_loss_pct is not None else float("-inf")
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if wt.stop_ladder:
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for trig, floor in wt.stop_ladder: # sorted ascending
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if wt.peak_gain_pct >= trig and floor > eff_stop:
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eff_stop = floor
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# Parabolic-top trailing: once deep in profit, also trail the PEAK
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# PRICE by ≤ drawdown_frac (scale-invariant — self-adjusts to a
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# +120% or +900% move so the fixed top rung doesn't cap it, while
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# a normal ~25–30% bull pullback still doesn't trip it).
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if wt.peak_trail is not None:
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start_pp, dd = wt.peak_trail
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if wt.peak_gain_pct >= start_pp:
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trail_floor = ((1.0 + wt.peak_gain_pct / 100.0)
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* (1.0 - dd) - 1.0) * 100.0
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if trail_floor > eff_stop:
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eff_stop = trail_floor
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# Pyramided → never let a winner become a loser: blended position
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# is floored at breakeven once any add-on has filled.
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if wt.addon_done > 0 and eff_stop < 0.0:
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eff_stop = 0.0
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if signed_pct <= eff_stop:
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triggered.append((wt, "staged_stop"))
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continue
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# Pyramiding — add to a confirmed winner. Gated by the per-trade
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# Grow switch (off by default — user opts a position in). Evaluated
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# ONLY after the stop check above passed (never add on a tick that's
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# also exiting). Peak-gain triggered; only while no de-risk has
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# fired. Structural confirmation is re-checked in the executor.
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if (wt.grow_mode and wt.addon_ladder and wt.derisk_done == 0
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and not wt.addon_in_flight
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and 0 <= wt.addon_done < len(wt.addon_ladder)):
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a_trig, a_frac, _a_last = wt.addon_ladder[wt.addon_done]
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if wt.peak_gain_pct >= a_trig:
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wt.addon_in_flight = True
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addon_actions.append((wt, wt.addon_done, a_frac))
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continue
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# 1. Stop loss — first priority.
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if wt.stop_loss_pct is not None and signed_pct <= -wt.stop_loss_pct:
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triggered.append((wt, "stop_loss"))
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continue
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# 1b. Signal invalidation (System-2 only). Prefer the real thesis
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# level when available (e.g. 200d SMA reclaim price). Fall back
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# to entry-buffer proxy for legacy rows.
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if wt.invalidation == "below_entry" and not wt.trailing_armed:
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if wt.invalidation_price is not None:
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invalidation_hit = (
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(wt.side == "long" and price <= wt.invalidation_price) or
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(wt.side == "short" and price >= wt.invalidation_price)
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)
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if invalidation_hit:
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triggered.append((wt, "invalidation"))
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continue
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elif signed_pct <= -INVALIDATION_BUFFER_PCT:
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triggered.append((wt, "invalidation"))
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continue
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# Min-hold gate (System-1 Trump). Before the floor elapses we let a
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# winner develop — suppress TP + trailing. SL / invalidation above
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# already ran, so downside is still protected; we only defer the
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# PROFIT-side exits here.
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if wt.min_hold_until_ts is not None:
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import time as _t
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if _t.time() < wt.min_hold_until_ts:
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continue # still in min-hold; skip TP/trailing this tick
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# 2. Trailing stop — only once armed.
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if (wt.trailing_stop_pct is not None
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and wt.trailing_activate_at_pct is not None):
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if not wt.trailing_armed and wt.peak_gain_pct >= wt.trailing_activate_at_pct:
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wt.trailing_armed = True
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logger.info(
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"Trade %d: trailing armed at peak %.2f%% (asset=%s)",
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wt.trade_id, wt.peak_gain_pct, asset,
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)
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if wt.trailing_armed:
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drawdown_from_peak = wt.peak_gain_pct - signed_pct
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if drawdown_from_peak >= wt.trailing_stop_pct:
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triggered.append((wt, "trailing_stop"))
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continue
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# 3. Fixed TP — legacy / fallback when no trailing config.
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if wt.take_profit_pct is not None and signed_pct >= wt.take_profit_pct:
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triggered.append((wt, "take_profit"))
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continue
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for wt, reason in triggered:
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unregister(wt.trade_id)
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task = asyncio.create_task(_fire_close(wt, reason))
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_background_tasks.add(task)
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task.add_done_callback(_background_tasks.discard)
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# Partial de-risk steps — trade stays registered (it's not closed).
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for wt, step_idx, frac in derisk_actions:
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task = asyncio.create_task(_fire_partial(wt, step_idx, frac))
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_background_tasks.add(task)
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task.add_done_callback(_background_tasks.discard)
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# Pyramid add-ons — trade stays registered (size grows, entry blends).
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for wt, step_idx, frac in addon_actions:
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task = asyncio.create_task(_fire_pyramid(wt, step_idx, frac))
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_background_tasks.add(task)
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task.add_done_callback(_background_tasks.discard)
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async def _fire_partial(wt: WatchedTrade, step_idx: int, frac: float) -> None:
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"""Execute one staged de-risk partial reduce. The trade stays open and
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registered; on success advance derisk_done, always clear the in-flight
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guard so the next rung can fire on a later tick."""
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from app.services.bot_engine import partial_derisk
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ok = False
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try:
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ok = await partial_derisk(
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trade_id=wt.trade_id,
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api_key=wt.api_key,
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asset=wt.asset,
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wallet=wt.wallet,
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step_idx=step_idx,
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frac_of_original=frac,
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reason="derisk",
|
||
)
|
||
except Exception as exc:
|
||
logger.error("De-risk partial failed for trade %d step %d: %s",
|
||
wt.trade_id, step_idx, exc)
|
||
finally:
|
||
# Re-fetch: the trade may have been closed/unregistered meanwhile.
|
||
live = _watched.get(wt.trade_id)
|
||
if live is not None:
|
||
if ok and live.derisk_done == step_idx:
|
||
live.derisk_done = step_idx + 1
|
||
live.derisk_in_flight = False
|
||
|
||
|
||
async def _fire_pyramid(wt: WatchedTrade, step_idx: int, frac: float) -> None:
|
||
"""Execute one pyramid add-on. On success re-base the in-memory entry to
|
||
the blended average and reset peak to the post-add gain so the ratchet /
|
||
regime use the NEW entry (and we stay in the profit regime). Always clear
|
||
the in-flight guard."""
|
||
from app.services.bot_engine import pyramid_add
|
||
ok, new_entry, ref_price = False, None, None
|
||
try:
|
||
ok, new_entry, ref_price = await pyramid_add(
|
||
trade_id=wt.trade_id,
|
||
api_key=wt.api_key,
|
||
asset=wt.asset,
|
||
wallet=wt.wallet,
|
||
step_idx=step_idx,
|
||
frac_of_base=frac,
|
||
reason="pyramid",
|
||
)
|
||
except Exception as exc:
|
||
logger.error("Pyramid add failed for trade %d step %d: %s",
|
||
wt.trade_id, step_idx, exc)
|
||
finally:
|
||
live = _watched.get(wt.trade_id)
|
||
if live is not None:
|
||
if ok and live.addon_done == step_idx:
|
||
# Step is RESOLVED (added, notional-capped, or already-done).
|
||
# Advance regardless of whether an add actually filled, else
|
||
# the monitor re-schedules this step every tick forever.
|
||
if new_entry:
|
||
live.entry_price = new_entry
|
||
if ref_price:
|
||
raw = (ref_price - new_entry) / new_entry
|
||
g = (raw if live.side == "long" else -raw) * 100.0
|
||
else:
|
||
g = 0.0
|
||
# Stay in the profit regime; ratchet re-accumulates here.
|
||
first_up = (min(t for t, _ in live.stop_ladder)
|
||
if live.stop_ladder else 0.0)
|
||
live.peak_gain_pct = max(g, first_up)
|
||
live.addon_done = step_idx + 1
|
||
live.addon_in_flight = False
|
||
|
||
|
||
async def _persist_peak(trade_id: int, peak: float) -> None:
|
||
"""Monotonic best-effort write of peak_gain_pct. Race-safe: only raises
|
||
the stored value (WHERE peak_gain_pct < :peak), never lowers it."""
|
||
try:
|
||
from sqlalchemy import update
|
||
from app.database import AsyncSessionLocal
|
||
from app.models import BotTrade
|
||
async with AsyncSessionLocal() as db:
|
||
await db.execute(
|
||
update(BotTrade)
|
||
.where(BotTrade.id == trade_id)
|
||
.where(BotTrade.peak_gain_pct < peak)
|
||
.values(peak_gain_pct=peak)
|
||
)
|
||
await db.commit()
|
||
except Exception as exc: # never let persistence break the monitor
|
||
logger.debug("peak persist failed trade %d: %s", trade_id, exc)
|
||
|
||
|
||
async def _fire_close(wt: WatchedTrade, reason: str) -> None:
|
||
from app.services.bot_engine import close_and_finalize
|
||
try:
|
||
logger.info(
|
||
"Closing trade %d on %s (peak=%.2f%%, reason=%s)",
|
||
wt.trade_id, wt.asset, wt.peak_gain_pct, reason,
|
||
)
|
||
await close_and_finalize(
|
||
trade_id=wt.trade_id,
|
||
api_key=wt.api_key,
|
||
leverage=wt.leverage,
|
||
asset=wt.asset,
|
||
wallet=wt.wallet,
|
||
reason=reason,
|
||
)
|
||
except Exception as exc:
|
||
logger.error("TP/SL close failed for trade %d: %s", wt.trade_id, exc)
|