package com.ruoyi.system.domain;

import java.io.Serializable;
import java.math.BigDecimal;
import java.util.Date;

/** 一次测试电池轮询槽位的检测柜与采集器组合观测。 */
public class TTestRealtimeRecord implements Serializable
{
    private Long recordId;
    private Long testId;
    private Long testBatteryId;
    private Long bindingId;
    private String adapterCode;
    private String sourceIdentity;
    private String sourceRecordId;
    private Integer cabinetDevtype;
    private Integer cabinetDevid;
    private Integer cabinetSubdevid;
    private Integer cabinetChlid;
    private Long cabinetSequenceId;
    private Date cabinetDeviceTimeUtc;
    private String cabinetDeviceTimeRaw;
    private String cabinetAdapterTimezoneId;
    private Long collectorId;
    private String collectorChannelCode;
    private Long collectorSequenceId;
    private Date collectorDeviceTimeUtc;
    private String collectorDeviceTimeRaw;
    private String collectorAdapterTimezoneId;
    private Date captureSlotUtc;
    private Date serverReceivedAtUtc;
    private Integer cycleNo;
    private Integer stepNo;
    private String stepType;
    private String stepName;
    private BigDecimal voltageV;
    private BigDecimal currentA;
    private BigDecimal capacityAh;
    private BigDecimal energyWh;
    private BigDecimal temperature;
    private BigDecimal positivePotential;
    private BigDecimal negativePotential;
    private String extensionMeasurementsJson;
    private byte[] contentSha256;

    public Long getRecordId() { return recordId; } public void setRecordId(Long v) { recordId = v; }
    public Long getTestId() { return testId; } public void setTestId(Long v) { testId = v; }
    public Long getTestBatteryId() { return testBatteryId; } public void setTestBatteryId(Long v) { testBatteryId = v; }
    public Long getBindingId() { return bindingId; } public void setBindingId(Long v) { bindingId = v; }
    public String getAdapterCode() { return adapterCode; } public void setAdapterCode(String v) { adapterCode = v; }
    public String getSourceIdentity() { return sourceIdentity; } public void setSourceIdentity(String v) { sourceIdentity = v; }
    public String getSourceRecordId() { return sourceRecordId; } public void setSourceRecordId(String v) { sourceRecordId = v; }
    public Integer getCabinetDevtype() { return cabinetDevtype; } public void setCabinetDevtype(Integer v) { cabinetDevtype = v; }
    public Integer getCabinetDevid() { return cabinetDevid; } public void setCabinetDevid(Integer v) { cabinetDevid = v; }
    public Integer getCabinetSubdevid() { return cabinetSubdevid; } public void setCabinetSubdevid(Integer v) { cabinetSubdevid = v; }
    public Integer getCabinetChlid() { return cabinetChlid; } public void setCabinetChlid(Integer v) { cabinetChlid = v; }
    public Long getCabinetSequenceId() { return cabinetSequenceId; } public void setCabinetSequenceId(Long v) { cabinetSequenceId = v; }
    public Date getCabinetDeviceTimeUtc() { return cabinetDeviceTimeUtc; } public void setCabinetDeviceTimeUtc(Date v) { cabinetDeviceTimeUtc = v; }
    public String getCabinetDeviceTimeRaw() { return cabinetDeviceTimeRaw; } public void setCabinetDeviceTimeRaw(String v) { cabinetDeviceTimeRaw = v; }
    public String getCabinetAdapterTimezoneId() { return cabinetAdapterTimezoneId; } public void setCabinetAdapterTimezoneId(String v) { cabinetAdapterTimezoneId = v; }
    public Long getCollectorId() { return collectorId; } public void setCollectorId(Long v) { collectorId = v; }
    public String getCollectorChannelCode() { return collectorChannelCode; } public void setCollectorChannelCode(String v) { collectorChannelCode = v; }
    public Long getCollectorSequenceId() { return collectorSequenceId; } public void setCollectorSequenceId(Long v) { collectorSequenceId = v; }
    public Date getCollectorDeviceTimeUtc() { return collectorDeviceTimeUtc; } public void setCollectorDeviceTimeUtc(Date v) { collectorDeviceTimeUtc = v; }
    public String getCollectorDeviceTimeRaw() { return collectorDeviceTimeRaw; } public void setCollectorDeviceTimeRaw(String v) { collectorDeviceTimeRaw = v; }
    public String getCollectorAdapterTimezoneId() { return collectorAdapterTimezoneId; } public void setCollectorAdapterTimezoneId(String v) { collectorAdapterTimezoneId = v; }
    public Date getCaptureSlotUtc() { return captureSlotUtc; } public void setCaptureSlotUtc(Date v) { captureSlotUtc = v; }
    public Date getServerReceivedAtUtc() { return serverReceivedAtUtc; } public void setServerReceivedAtUtc(Date v) { serverReceivedAtUtc = v; }
    public Integer getCycleNo() { return cycleNo; } public void setCycleNo(Integer v) { cycleNo = v; }
    public Integer getStepNo() { return stepNo; } public void setStepNo(Integer v) { stepNo = v; }
    public String getStepType() { return stepType; } public void setStepType(String v) { stepType = v; }
    public String getStepName() { return stepName; } public void setStepName(String v) { stepName = v; }
    public BigDecimal getVoltageV() { return voltageV; } public void setVoltageV(BigDecimal v) { voltageV = v; }
    public BigDecimal getCurrentA() { return currentA; } public void setCurrentA(BigDecimal v) { currentA = v; }
    public BigDecimal getCapacityAh() { return capacityAh; } public void setCapacityAh(BigDecimal v) { capacityAh = v; }
    public BigDecimal getEnergyWh() { return energyWh; } public void setEnergyWh(BigDecimal v) { energyWh = v; }
    public BigDecimal getTemperature() { return temperature; } public void setTemperature(BigDecimal v) { temperature = v; }
    public BigDecimal getPositivePotential() { return positivePotential; } public void setPositivePotential(BigDecimal v) { positivePotential = v; }
    public BigDecimal getNegativePotential() { return negativePotential; } public void setNegativePotential(BigDecimal v) { negativePotential = v; }
    public String getExtensionMeasurementsJson() { return extensionMeasurementsJson; } public void setExtensionMeasurementsJson(String v) { extensionMeasurementsJson = v; }
    public byte[] getContentSha256() { return contentSha256; } public void setContentSha256(byte[] v) { contentSha256 = v; }
}