exchange.git - Gitblit

			@@ -99,6 +99,26 @@
			private final int priceScale;
			/** 未实现盈亏计价模式：最新价 / 标记价格 */
			private final PnLPriceMode unrealizedPnlPriceMode;
			/** 最大持仓张数（单方向），0=不限制 */
			private final int maxPositionSize;
			/** 策略重启跨度阈值：多空两边止盈触发数量均达到此值后触发重启，0=禁用 */
			private final int restartGridSpan;
			/** 止损阶梯次数：止损触发次数≤该值时挂单量=止损次数，超过后恢复默认逻辑。0=禁用，默认 0 */
			private final int stopLossCount;
			/** 止盈网格跨度：相邻止盈单跨越的网格数量，默认 2（即隔一格挂一个止盈单） */
			private final int takeProfitGridSpan;
			/** 价格驱动开关：true=启用K线推送中的价格驱动逻辑，false=禁用。默认 true */
			private final boolean priceDriveEnabled;
			/** 策略运行轮数：达到盈利后重启算一轮，达到上限后不再重启。0=不限轮数 */
			private final int rounds;
			/** 止损次数统计方式："single"=单向分别统计 / "dual"=双向统一统计，默认 "dual" */
			private final String stopLossCountMode;
			/** 加仓间隔：每隔多少次止损触发一次加仓，默认 3 */
			private final int addPositionInterval;
			/** 加仓数量：每次加仓追加的张数，默认 1 */
			private final int addPositionQuantity;
			/** 单边最大仓位量：单向持仓张数上限，超出则按上限挂单，0=不限制 */
			private final int maxPositionPerSide;
			/** 网格绝对步长（shortBaseEntryPrice × gridRate），运行时由队列生成逻辑设置 */
			private BigDecimal step;
			/** 网格元素列表，由队列初始化时同步填充，包含完整的多空仓挂单状态 */
			@@ -128,6 +148,16 @@
			this.contractMultiplier = builder.contractMultiplier;
			this.priceScale = builder.priceScale;
			this.unrealizedPnlPriceMode = builder.unrealizedPnlPriceMode;
			this.maxPositionSize = builder.maxPositionSize;
			this.restartGridSpan = builder.restartGridSpan;
			this.stopLossCount = builder.stopLossCount;
			this.takeProfitGridSpan = builder.takeProfitGridSpan;
			this.priceDriveEnabled = builder.priceDriveEnabled;
			this.rounds = builder.rounds;
			this.stopLossCountMode = builder.stopLossCountMode;
			this.addPositionInterval = builder.addPositionInterval;
			this.addPositionQuantity = builder.addPositionQuantity;
			this.maxPositionPerSide = builder.maxPositionPerSide;
			}

			// ==================== REST/WS 地址 ====================
			@@ -211,6 +241,26 @@
			public int getPriceScale() { return priceScale; }
			/** @return 未实现盈亏计价模式：LAST_PRICE（最新成交价）/ MARK_PRICE（标记价格） */
			public PnLPriceMode getUnrealizedPnlPriceMode() { return unrealizedPnlPriceMode; }
			/** @return 最大持仓张数（单方向），0=不限制 */
			public int getMaxPositionSize() { return maxPositionSize; }
			/** @return 策略重启跨度阈值：多空两边止盈触发数均达到此值后触发重启，0=禁用 */
			public int getRestartGridSpan() { return restartGridSpan; }
			/** @return 止损阶梯次数：止损触发次数≤该值时挂单量=止损次数,超过后恢复默认逻辑。0=禁用 */
			public int getStopLossCount() { return stopLossCount; }
			/** @return 止盈网格跨度：相邻止盈单跨越的网格数量，默认 2 */
			public int getTakeProfitGridSpan() { return takeProfitGridSpan; }
			/** @return 价格驱动开关：true=启用K线推送中的价格驱动逻辑，false=禁用 */
			public boolean isPriceDriveEnabled() { return priceDriveEnabled; }
			/** @return 策略运行轮数上限，0=不限 */
			public int getRounds() { return rounds; }
			/** @return 止损次数统计方式："single"=单向分别统计 / "dual"=双向统一统计 */
			public String getStopLossCountMode() { return stopLossCountMode; }
			/** @return 加仓间隔：每隔多少次止损触发一次加仓 */
			public int getAddPositionInterval() { return addPositionInterval; }
			/** @return 加仓数量：每次加仓追加的张数 */
			public int getAddPositionQuantity() { return addPositionQuantity; }
			/** @return 单边最大仓位量：单向持仓张数上限，0=不限制 */
			public int getMaxPositionPerSide() { return maxPositionPerSide; }

			// ==================== 运行时参数 ====================

			@@ -299,6 +349,26 @@
			private int priceScale = 1;
			/** 未实现盈亏计价模式，默认 LAST_PRICE（最新成交价） */
			private PnLPriceMode unrealizedPnlPriceMode = PnLPriceMode.LAST_PRICE;
			/** 最大持仓张数（单方向），默认 0=不限制 */
			private int maxPositionSize = 0;
			/** 策略重启跨度阈值：多空两边止盈触发数量均达到此值后触发重启，默认 0=禁用 */
			private int restartGridSpan = 0;
			/** 止损阶梯次数：止损触发次数≤该值时挂单量=止损次数，超过后恢复默认逻辑。0=禁用，默认 0 */
			private int stopLossCount = 0;
			/** 止盈网格跨度：相邻止盈单跨越的网格数量，默认 2 */
			private int takeProfitGridSpan = 2;
			/** 价格驱动开关：true=启用K线推送中的价格驱动逻辑，false=禁用。默认 true */
			private boolean priceDriveEnabled = true;
			/** 策略运行轮数上限，0=不限轮数。默认 0 */
			private int rounds = 0;
			/** 止损次数统计方式："single"=单向分别统计 / "dual"=双向统一统计，默认 "dual" */
			private String stopLossCountMode = "dual";
			/** 加仓间隔：每隔多少次止损触发一次加仓，默认 3 */
			private int addPositionInterval = 3;
			/** 加仓数量：每次加仓追加的张数，默认 1 */
			private int addPositionQuantity = 1;
			/** 单边最大仓位量：单向持仓张数上限，超出则按上限挂单，0=不限制 */
			private int maxPositionPerSide = 0;

			/** 设置 API Key */
			public Builder apiKey(String apiKey) { this.apiKey = apiKey; return this; }
			@@ -338,6 +408,26 @@
			public Builder gridQueueSize(int gridQueueSize) { this.gridQueueSize = gridQueueSize; return this; }
			/** 设置未实现盈亏计价模式 */
			public Builder unrealizedPnlPriceMode(PnLPriceMode mode) { this.unrealizedPnlPriceMode = mode; return this; }
			/** 设置最大持仓张数（单方向），0=不限制 */
			public Builder maxPositionSize(int maxPositionSize) { this.maxPositionSize = maxPositionSize; return this; }
			/** 设置策略重启跨度阈值：多空两边止盈触发数均达到此值后触发重启，0=禁用 */
			public Builder restartGridSpan(int restartGridSpan) { this.restartGridSpan = restartGridSpan; return this; }
			/** 设置止损阶梯次数：止损触发次数≤该值时挂单量=止损次数，超过后恢复默认逻辑。0=禁用 */
			public Builder stopLossCount(int stopLossCount) { this.stopLossCount = stopLossCount; return this; }
			/** 设置止盈网格跨度：相邻止盈单跨越的网格数量，默认 2 */
			public Builder takeProfitGridSpan(int takeProfitGridSpan) { this.takeProfitGridSpan = takeProfitGridSpan; return this; }
			/** 设置价格驱动开关：true=启用K线推送中的价格驱动逻辑，false=禁用 */
			public Builder priceDriveEnabled(boolean priceDriveEnabled) { this.priceDriveEnabled = priceDriveEnabled; return this; }
			/** 设置策略运行轮数上限：达到盈利后重启计数，达到此值后不再重启。0=不限 */
			public Builder rounds(int rounds) { this.rounds = rounds; return this; }
			/** 设置止损次数统计方式："single"=单向分别统计 / "dual"=双向统一统计 */
			public Builder stopLossCountMode(String stopLossCountMode) { this.stopLossCountMode = stopLossCountMode; return this; }
			/** 设置加仓间隔：每隔多少次止损触发一次加仓 */
			public Builder addPositionInterval(int addPositionInterval) { this.addPositionInterval = addPositionInterval; return this; }
			/** 设置加仓数量：每次加仓追加的张数 */
			public Builder addPositionQuantity(int addPositionQuantity) { this.addPositionQuantity = addPositionQuantity; return this; }
			/** 设置单边最大仓位量：单向持仓张数上限，0=不限制 */
			public Builder maxPositionPerSide(int maxPositionPerSide) { this.maxPositionPerSide = maxPositionPerSide; return this; }

			public GateConfig build() {
			return new GateConfig(this);