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refactor(message): 优化字段命名规范

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- 将 AppMeasureEntryMessage 中的 payOffReelNumber 重命名为 PORFlag
- 将 AppMeasureEntryMessage 中的 tensionPorBr1 重命名为 PORTension
- 将 AppMeasureEntryMessage 中的 tensionBr1Br2 重命名为 BR1Tension
- 将 AppMeasureEntryMessage 中的 tensionBr2Br3 重命名为 BR2Tension
- 将 AppMeasureEntryMessage 中的 celCapacity 重命名为 celPercent
- 将 AppMeasureExitMessage 中的 cxlCapacity 重命名为 cxlPercent
- 将 AppMeasureFurnaceMessage 中的 plate temperature 字段重命名为 board temperature
- 更新 OpcMessageIdsManager 中对应的字段映射关系
This commit is contained in:
Joshi
2025-12-30 13:44:50 +08:00
parent 6e85b45d7c
commit 5dd24f9b88
4 changed files with 20 additions and 20 deletions
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10
business/src/main/java/com/fizz/business/domain/msg/AppMeasureEntryMessage.java
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@@ -21,16 +21,16 @@ public class AppMeasureEntryMessage extends OpcMessage {
private BigDecimal stripLocation;
@Schema(description = "开卷机号，1 或 2")
private Integer payOffReelNumber;
private Integer PORFlag;
@Schema(description = "钢带张力 POR – BR1 (daN)")
private BigDecimal tensionPorBr1;
private BigDecimal PORTension;
@Schema(description = "钢带张力 BR1 – BR2 (daN)")
private BigDecimal tensionBr1Br2;
private BigDecimal BR1Tension;
@Schema(description = "钢带张力 BR2 – BR3 (daN)")
private BigDecimal tensionBr2Br3;
private BigDecimal BR2Tension;
@Schema(description = "钢带速度 (m/min)")
private BigDecimal stripSpeed;
@@ -45,7 +45,7 @@ public class AppMeasureEntryMessage extends OpcMessage {
private BigDecimal celLengthMin;
@Schema(description = "入口活套百分比(m)")
private BigDecimal celCapacity;
private BigDecimal celPercent;
@Schema(description = "清洗电压 (V)")
private BigDecimal cleaningVoltage;

2
business/src/main/java/com/fizz/business/domain/msg/AppMeasureExitMessage.java
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@@ -30,7 +30,7 @@ public class AppMeasureExitMessage extends OpcMessage {
private BigDecimal cxlLengthMin;
@Schema(description = "出口活套百分比(m)")
private BigDecimal cxlCapacity;
private BigDecimal cxlPercent;
@Schema(description = "出口活套张力(m)")
private BigDecimal tensionCxl ;

8
business/src/main/java/com/fizz/business/domain/msg/AppMeasureFurnaceMessage.java
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@@ -255,16 +255,16 @@ public class AppMeasureFurnaceMessage extends OpcMessage {
private BigDecimal sfUtheisaKongCombustionRatioSettingValue;
@Schema(description = "NOF板材温度实际值 (℃)")
private BigDecimal nofPlateTemperatureActual;
private BigDecimal nofBoardTemperatureActual;
@Schema(description = "RTF板材温度实际值 (℃)")
private BigDecimal rtfPlateTemperatureActual;
private BigDecimal rtfBoardTemperatureActual;
@Schema(description = "SF板材温度实际值 (℃)")
private BigDecimal sfPlateTemperatureActual;
private BigDecimal sfBoardTemperatureActual;
@Schema(description = "TDS板材温度实际值 (℃)")
private BigDecimal tdsPlateTemperatureActual;
private BigDecimal tdsBoardTemperatureActual;
@Schema(description = "PH炉压实际值")
private BigDecimal PHFurnacePressureActualValue;

20
business/src/main/java/com/fizz/business/service/manager/OpcMessageIdsManager.java
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@@ -86,15 +86,15 @@ public class OpcMessageIdsManager {
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.coilID","entryCoilId");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.stripLocation","stripLocation");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.PORFlag","payOffReelNumber");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.PORTension","tensionPorBr1");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.BR1Tension","tensionBr1Br2");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.BR2Tension","tensionBr2Br3");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.PORFlag","PORFlag");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.PORTension","PORTension");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.BR1Tension","BR1Tension");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.BR2Tension","BR2Tension");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.StripSpeed","stripSpeed");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.celLength","celLength");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.celLengthMax","celLengthMax");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.celLengthMin","celLengthMin");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.celPercent","celCapacity");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.celPercent","celPercent");
// entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.weight","tensionCel");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.cleaningVoltage","cleaningVoltage");
entryLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.EntryLineMeasure.cleaningCurrent","cleaningCurrent");
@@ -254,10 +254,10 @@ public class OpcMessageIdsManager {
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.SFUtheisaKongCombustionRatioSettingValue", "sfUtheisaKongCombustionRatioSettingValue");
// ===================== 板材温度相关 =====================
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.NOFBoardTemperatureActualValue", "nofPlateTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.RTFBoardTemperatureActualValue", "rtfPlateTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.SFBoardTemperatureActualValue", "sfPlateTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.TDSBoardTemperatureActualValue", "tdsPlateTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.NOFBoardTemperatureActualValue", "nofBoardTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.RTFBoardTemperatureActualValue", "rtfBoardTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.SFBoardTemperatureActualValue", "sfBoardTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.TDSBoardTemperatureActualValue", "tdsBoardTemperatureActual");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.PHFurnacePressureActualValue", "PHFurnacePressureActualValue");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.PHFurnacePressureSettingValue", "PHFurnacePressureSettingValue");
furLineMeasureIds.put("ns=2;s=ProcessCGL.PLCFur.FurLineMeasure.PHFurnacePressureControlOutputValue", "PHFurnacePressureControlOutputValue");
@@ -366,7 +366,7 @@ public class OpcMessageIdsManager {
exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.cxlLength", "cxlLength");
exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.cxlLengthMax", "cxlLengthMax");
exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.cxlLengthMin", "cxlLengthMin");
exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.cxlPercent", "cxlCapacity");
exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.cxlPercent", "cxlPercent");
// exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.tensionCxl", "tensionCxl");
exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.oilingFlag", "oilingFlag");
exitLineMeasureIds.put("ns=2;s=ProcessCGL.PLCLine.ExitLineMeasure.oilingAmountTop", "oilingAmountTop");