User edition: prune docs, license gate, obfuscate core lib.

Keep deploy/basic docs only; integrate sq.bz121.com license client; encrypt strategy/trade/key_monitor/options/hedge_plan for release. Co-authored-by: Cursor <cursoragent@cursor.com>
2026-07-17 16:30:58 +08:00
parent 53863559f4
commit 16ef0f31e3
154 changed files with 1998 additions and 27914 deletions
@@ -1,52 +1,12 @@
-"""Flask 实例接入 trade policy(三所 app.py 共用)."""
-from __future__ import annotations
-
-from typing import Callable, Tuple
-
-from lib.trade.trade_policy_lib import (
-    TradePolicy,
-    assert_direction_allowed,
-    assert_symbol_allowed,
-    assert_trade_policy_open,
-    trade_policy_to_dict,
-)
-
-
-def trade_policy_template_context(policy: TradePolicy) -> dict:
-    return trade_policy_to_dict(policy)
-
-
-def default_symbol_for_policy(policy: TradePolicy, raw_default: str) -> str:
-    d = (raw_default or "BTC/USDT").strip() or "BTC/USDT"
-    if policy.symbol_restrict_enabled and policy.symbol_whitelist:
-        from lib.trade.trade_policy_lib import symbol_base_coin
-
-        base = symbol_base_coin(d)
-        if base not in policy.symbol_whitelist:
-            return f"{policy.symbol_whitelist[0]}/USDT"
-    return d
-
-
-def check_symbol_policy(
-    policy: TradePolicy,
-    symbol: str,
-    normalize_symbol_fn: Callable[[str], str],
-) -> Tuple[bool, str]:
-    return assert_symbol_allowed(
-        policy, symbol, normalize_symbol_fn=normalize_symbol_fn
-    )
-
-
-def check_direction_policy(policy: TradePolicy, direction: str) -> Tuple[bool, str]:
-    return assert_direction_allowed(policy, direction)
-
-
-def check_open_policy(
-    policy: TradePolicy,
-    symbol: str,
-    direction: str,
-    normalize_symbol_fn: Callable[[str], str],
-) -> Tuple[bool, str]:
-    return assert_trade_policy_open(
-        policy, symbol, direction, normalize_symbol_fn=normalize_symbol_fn
-    )
+# obfuscated module — do not edit
+import base64, marshal, zlib
+_B = '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'
+_K = '5eb9e6dda894c57a4e02d809ae440d49'
+def _d(b, k):
+    raw = zlib.decompress(base64.b64decode(b))
+    key = k.encode("utf-8") if isinstance(k, str) else k
+    out = bytearray(len(raw))
+    for i, c in enumerate(raw):
+        out[i] = c ^ key[i % len(key)]
+    return bytes(out)
+exec(marshal.loads(_d(_B, _K)), globals())