krakenfutures: guard maxNotional for non‑contract tiers
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@@ -225,18 +225,25 @@ class Krakenfutures(Exchange):
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def _fill_leverage_tier_notionals(self, pair: str, pair_tiers: list[dict]) -> None:
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def _fill_leverage_tier_notionals(self, pair: str, pair_tiers: list[dict]) -> None:
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if not pair_tiers:
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if not pair_tiers:
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return
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return
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self._fill_missing_min_notional(pair_tiers)
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contract_based = self._fill_missing_min_notional(pair_tiers)
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self._fill_missing_max_notional(pair, pair_tiers)
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self._fill_missing_max_notional(pair, pair_tiers, contract_based)
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def _fill_missing_min_notional(self, pair_tiers: list[dict]) -> None:
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def _fill_missing_min_notional(self, pair_tiers: list[dict]) -> bool:
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contract_based = False
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for tier in pair_tiers:
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for tier in pair_tiers:
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if tier.get("minNotional") is None:
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if tier.get("minNotional") is None:
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info = tier.get("info") or {}
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info = tier.get("info") or {}
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contracts = self._safe_float(info.get("contracts"))
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contracts = self._safe_float(info.get("contracts"))
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if contracts is not None:
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if contracts is not None:
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tier["minNotional"] = contracts
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tier["minNotional"] = contracts
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contract_based = True
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elif (tier.get("info") or {}).get("contracts") is not None:
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contract_based = True
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return contract_based
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def _fill_missing_max_notional(self, pair: str, pair_tiers: list[dict]) -> None:
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def _fill_missing_max_notional(
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self, pair: str, pair_tiers: list[dict], contract_based: bool
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) -> None:
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for i in range(len(pair_tiers) - 1):
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for i in range(len(pair_tiers) - 1):
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if pair_tiers[i].get("maxNotional") is None:
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if pair_tiers[i].get("maxNotional") is None:
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next_min = pair_tiers[i + 1].get("minNotional")
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next_min = pair_tiers[i + 1].get("minNotional")
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@@ -245,12 +252,19 @@ class Krakenfutures(Exchange):
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last = pair_tiers[-1]
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last = pair_tiers[-1]
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if last.get("maxNotional") is None:
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if last.get("maxNotional") is None:
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max_notional = self._max_notional_from_market(pair)
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max_notional = self._max_notional_from_market(pair) if contract_based else None
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min_notional = last.get("minNotional")
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if (
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max_notional is not None
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and min_notional is not None
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and max_notional <= min_notional
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):
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max_notional = None
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if max_notional is not None:
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if max_notional is not None:
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last["maxNotional"] = max_notional
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last["maxNotional"] = max_notional
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elif last.get("minNotional") is not None:
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elif min_notional is not None:
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# Avoid None values, even if we cannot infer the real max.
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# Avoid None values, even if we cannot infer the real max.
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last["maxNotional"] = last["minNotional"]
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last["maxNotional"] = min_notional + 1.0
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def _max_notional_from_market(self, pair: str) -> float | None:
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def _max_notional_from_market(self, pair: str) -> float | None:
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market = self.markets.get(pair)
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market = self.markets.get(pair)
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