16 package com.sonycsl.echo.eoj.device.housingfacilities;
68 super.setupPropertyMaps();
85 Echo.getEventListener().onNewBattery(
this);
193 if(edt == null || !(edt.length == 8))
return false;
246 if(edt == null || !(edt.length == 8))
return false;
299 if(edt == null || !(edt.length == 4))
return false;
352 if(edt == null || !(edt.length == 4))
return false;
403 if(edt == null || !(edt.length == 4))
return false;
452 if(edt == null || !(edt.length == 2))
return false;
501 if(edt == null || !(edt.length == 2))
return false;
554 if(edt == null || !(edt.length == 4))
return false;
607 if(edt == null || !(edt.length == 2))
return false;
660 if(edt == null || !(edt.length == 2))
return false;
713 if(edt == null || !(edt.length == 4))
return false;
762 if(edt == null || !(edt.length == 1))
return false;
815 if(edt == null || !(edt.length == 4))
return false;
864 if(edt == null || !(edt.length == 1))
return false;
942 if(edt == null || !(edt.length == 1))
return false;
991 if(edt == null || !(edt.length == 1))
return false;
1044 if(edt == null || !(edt.length == 8))
return false;
1099 if(edt == null || !(edt.length == 8))
return false;
1152 if(edt == null || !(edt.length == 4))
return false;
1205 if(edt == null || !(edt.length == 4))
return false;
1283 if(edt == null || !(edt.length == 4))
return false;
1361 if(edt == null || !(edt.length == 2))
return false;
1412 if(edt == null || !(edt.length == 4))
return false;
1461 if(edt == null || !(edt.length == 2))
return false;
1514 if(edt == null || !(edt.length == 1))
return false;
1563 if(edt == null || !(edt.length == 1))
return false;
1638 if(edt == null || !(edt.length == 4))
return false;
1713 if(edt == null || !(edt.length == 4))
return false;
1785 if(edt == null || !(edt.length == 2))
return false;
1857 if(edt == null || !(edt.length == 2))
return false;
1932 if(edt == null || !(edt.length == 4))
return false;
2007 if(edt == null || !(edt.length == 4))
return false;
2079 if(edt == null || !(edt.length == 2))
return false;
2151 if(edt == null || !(edt.length == 2))
return false;
2200 if(edt == null || !(edt.length == 2))
return false;
2206 boolean success = super.setProperty(property);
2207 if(success)
return success;
2209 switch(property.
epc) {
2223 default :
return false;
2229 byte[] edt = super.getProperty(epc);
2230 if(edt != null)
return edt;
2266 default :
return null;
2272 boolean valid = super.isValidProperty(property);
2273 if(valid)
return valid;
2275 switch(property.
epc) {
2311 default :
return false;
2321 public Setter
set(
boolean responseRequired) {
2323 ,
getNode().getAddressStr(), responseRequired);
2327 public Getter
get() {
2338 protected Informer
inform(
boolean multicast) {
2343 address =
getNode().getAddressStr();
2349 public static class Receiver
extends DeviceObject.Receiver {
2352 protected boolean onSetProperty(
EchoObject eoj,
short tid, byte esv,
2354 boolean ret = super.onSetProperty(eoj, tid, esv, property, success);
2355 if(ret)
return true;
2357 switch(property.epc) {
2359 onSetMeasuredCumulativeDischargeElectricEnergyResetSetting(eoj, tid, esv, property, success);
2362 onSetMeasuredCumulativeChargeElectricEnergyResetSetting(eoj, tid, esv, property, success);
2365 onSetOperationModeSetting(eoj, tid, esv, property, success);
2368 onSetChargingDischarGingAmountSetting1(eoj, tid, esv, property, success);
2371 onSetChargingDischarGingAmountSetting2(eoj, tid, esv, property, success);
2374 onSetChargingAmountSetting1(eoj, tid, esv, property, success);
2377 onSetDischargingAmountSetting1(eoj, tid, esv, property, success);
2380 onSetChargingAmountSetting2(eoj, tid, esv, property, success);
2383 onSetDischargingAmountSetting2(eoj, tid, esv, property, success);
2386 onSetChargeElectricEnergySetting(eoj, tid, esv, property, success);
2389 onSetDischargeElectricEnergySetting(eoj, tid, esv, property, success);
2392 onSetChargeCurrentSetting(eoj, tid, esv, property, success);
2395 onSetDischargeCurrentSetting(eoj, tid, esv, property, success);
2403 protected boolean onGetProperty(
EchoObject eoj,
short tid, byte esv,
2405 boolean ret = super.onGetProperty(eoj, tid, esv, property, success);
2406 if(ret)
return true;
2408 switch(property.epc) {
2410 onGetMinimumMaximUmChargeElectricEnergy(eoj, tid, esv, property, success);
2413 onGetMinimumMaximUmDischargeElectricEnergy(eoj, tid, esv, property, success);
2416 onGetMinimumMaximUmChargeCurrent(eoj, tid, esv, property, success);
2419 onGetMinimumMaximUmDischargeCurrent(eoj, tid, esv, property, success);
2422 onGetRatedElectricEnergy(eoj, tid, esv, property, success);
2425 onGetRatedCapacity(eoj, tid, esv, property, success);
2428 onGetRatedVoltage(eoj, tid, esv, property, success);
2431 onGetMeasuredInstantaneousChargeDischargeElectricEnergy(eoj, tid, esv, property, success);
2434 onGetMeasuredInstantaneousChargeDischargeCurrent(eoj, tid, esv, property, success);
2437 onGetMeasuredInstantaneousChargeDischargeVoltage(eoj, tid, esv, property, success);
2440 onGetMeasuredCumulativeDischargeElectricEnergy(eoj, tid, esv, property, success);
2443 onGetMeasuredCumulativeChargeElectricEnergy(eoj, tid, esv, property, success);
2446 onGetOperationModeSetting(eoj, tid, esv, property, success);
2449 onGetSystemInterconnEctedType(eoj, tid, esv, property, success);
2452 onGetMinimumMaximumChargingPowerIndependent(eoj, tid, esv, property, success);
2455 onGetMinimumMaximUmDischargingPowerIndependent(eoj, tid, esv, property, success);
2458 onGetMinimumMaximUmChargingCurrentIndependent(eoj, tid, esv, property, success);
2461 onGetMinimumMaximUmDischargingCurrentIndependent(eoj, tid, esv, property, success);
2464 onGetChargingDischarGingAmountSetting1(eoj, tid, esv, property, success);
2467 onGetChargingDischarGingAmountSetting2(eoj, tid, esv, property, success);
2470 onGetRemainingStoredElectricity1(eoj, tid, esv, property, success);
2473 onGetRemainingStoredElectricity2(eoj, tid, esv, property, success);
2476 onGetRemainingStoredElectricity3BatteryStateOfHealth(eoj, tid, esv, property, success);
2479 onGetBatteryType(eoj, tid, esv, property, success);
2482 onGetChargingAmountSetting1(eoj, tid, esv, property, success);
2485 onGetDischargingAmountSetting1(eoj, tid, esv, property, success);
2488 onGetChargingAmountSetting2(eoj, tid, esv, property, success);
2491 onGetDischargingAmountSetting2(eoj, tid, esv, property, success);
2494 onGetChargeElectricEnergySetting(eoj, tid, esv, property, success);
2497 onGetDischargeElectricEnergySetting(eoj, tid, esv, property, success);
2500 onGetChargeCurrentSetting(eoj, tid, esv, property, success);
2503 onGetDischargeCurrentSetting(eoj, tid, esv, property, success);
2506 onGetRatedVoltageIndependent(eoj, tid, esv, property, success);
2537 protected void onGetMinimumMaximUmChargeElectricEnergy(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2562 protected void onGetMinimumMaximUmDischargeElectricEnergy(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2587 protected void onGetMinimumMaximUmChargeCurrent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2612 protected void onGetMinimumMaximUmDischargeCurrent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2636 protected void onGetRatedElectricEnergy(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2659 protected void onGetRatedCapacity(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2682 protected void onGetRatedVoltage(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2707 protected void onGetMeasuredInstantaneousChargeDischargeElectricEnergy(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2732 protected void onGetMeasuredInstantaneousChargeDischargeCurrent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2757 protected void onGetMeasuredInstantaneousChargeDischargeVoltage(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2782 protected void onGetMeasuredCumulativeDischargeElectricEnergy(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2805 protected void onSetMeasuredCumulativeDischargeElectricEnergyResetSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2830 protected void onGetMeasuredCumulativeChargeElectricEnergy(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2853 protected void onSetMeasuredCumulativeChargeElectricEnergyResetSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2878 protected void onSetOperationModeSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2903 protected void onGetOperationModeSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2926 protected void onGetSystemInterconnEctedType(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2951 protected void onGetMinimumMaximumChargingPowerIndependent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
2977 protected void onGetMinimumMaximUmDischargingPowerIndependent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3002 protected void onGetMinimumMaximUmChargingCurrentIndependent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3027 protected void onGetMinimumMaximUmDischargingCurrentIndependent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3052 protected void onSetChargingDischarGingAmountSetting1(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3077 protected void onGetChargingDischarGingAmountSetting1(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3102 protected void onSetChargingDischarGingAmountSetting2(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3127 protected void onGetChargingDischarGingAmountSetting2(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3151 protected void onGetRemainingStoredElectricity1(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3174 protected void onGetRemainingStoredElectricity2(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3199 protected void onGetRemainingStoredElectricity3BatteryStateOfHealth(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3222 protected void onGetBatteryType(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3246 protected void onSetChargingAmountSetting1(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3270 protected void onGetChargingAmountSetting1(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3294 protected void onSetDischargingAmountSetting1(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3318 protected void onGetDischargingAmountSetting1(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3341 protected void onSetChargingAmountSetting2(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3364 protected void onGetChargingAmountSetting2(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3387 protected void onSetDischargingAmountSetting2(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3410 protected void onGetDischargingAmountSetting2(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3434 protected void onSetChargeElectricEnergySetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3458 protected void onGetChargeElectricEnergySetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3482 protected void onSetDischargeElectricEnergySetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3506 protected void onGetDischargeElectricEnergySetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3529 protected void onSetChargeCurrentSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3552 protected void onGetChargeCurrentSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3575 protected void onSetDischargeCurrentSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3598 protected void onGetDischargeCurrentSetting(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3621 protected void onGetRatedVoltageIndependent(
EchoObject eoj,
short tid, byte esv, EchoProperty property,
boolean success) {}
3624 public static class Setter
extends DeviceObject.Setter {
3625 public Setter(
short dstEchoClassCode, byte dstEchoInstanceCode
3626 , String dstEchoAddress,
boolean responseRequired) {
3627 super(dstEchoClassCode, dstEchoInstanceCode
3628 , dstEchoAddress, responseRequired);
3632 public Setter reqSetProperty(byte epc, byte[] edt) {
3633 return (Setter)super.reqSetProperty(epc, edt);
3637 public Setter reqSetOperationStatus(byte[] edt) {
3638 return (Setter)super.reqSetOperationStatus(edt);
3641 public Setter reqSetInstallationLocation(byte[] edt) {
3642 return (Setter)super.reqSetInstallationLocation(edt);
3645 public Setter reqSetCurrentLimitSetting(byte[] edt) {
3646 return (Setter)super.reqSetCurrentLimitSetting(edt);
3649 public Setter reqSetPowerSavingOperationSetting(byte[] edt) {
3650 return (Setter)super.reqSetPowerSavingOperationSetting(edt);
3653 public Setter reqSetRemoteControlSetting(byte[] edt) {
3654 return (Setter)super.reqSetRemoteControlSetting(edt);
3657 public Setter reqSetCurrentTimeSetting(byte[] edt) {
3658 return (Setter)super.reqSetCurrentTimeSetting(edt);
3661 public Setter reqSetCurrentDateSetting(byte[] edt) {
3662 return (Setter)super.reqSetCurrentDateSetting(edt);
3665 public Setter reqSetPowerLimitSetting(byte[] edt) {
3666 return (Setter)super.reqSetPowerLimitSetting(edt);
3691 public Setter reqSetMeasuredCumulativeDischargeElectricEnergyResetSetting(byte[] edt) {
3717 public Setter reqSetMeasuredCumulativeChargeElectricEnergyResetSetting(byte[] edt) {
3745 public Setter reqSetOperationModeSetting(byte[] edt) {
3773 public Setter reqSetChargingDischarGingAmountSetting1(byte[] edt) {
3801 public Setter reqSetChargingDischarGingAmountSetting2(byte[] edt) {
3828 public Setter reqSetChargingAmountSetting1(byte[] edt) {
3855 public Setter reqSetDischargingAmountSetting1(byte[] edt) {
3881 public Setter reqSetChargingAmountSetting2(byte[] edt) {
3907 public Setter reqSetDischargingAmountSetting2(byte[] edt) {
3934 public Setter reqSetChargeElectricEnergySetting(byte[] edt) {
3961 public Setter reqSetDischargeElectricEnergySetting(byte[] edt) {
3987 public Setter reqSetChargeCurrentSetting(byte[] edt) {
4013 public Setter reqSetDischargeCurrentSetting(byte[] edt) {
4019 public static class Getter
extends DeviceObject.Getter {
4020 public Getter(
short dstEchoClassCode, byte dstEchoInstanceCode
4021 , String dstEchoAddress) {
4022 super(dstEchoClassCode, dstEchoInstanceCode
4027 public Getter reqGetProperty(byte epc) {
4028 return (Getter)super.reqGetProperty(epc);
4032 public Getter reqGetOperationStatus() {
4033 return (Getter)super.reqGetOperationStatus();
4036 public Getter reqGetInstallationLocation() {
4037 return (Getter)super.reqGetInstallationLocation();
4040 public Getter reqGetStandardVersionInformation() {
4041 return (Getter)super.reqGetStandardVersionInformation();
4044 public Getter reqGetIdentificationNumber() {
4045 return (Getter)super.reqGetIdentificationNumber();
4048 public Getter reqGetMeasuredInstantaneousPowerConsumption() {
4049 return (Getter)super.reqGetMeasuredInstantaneousPowerConsumption();
4052 public Getter reqGetMeasuredCumulativePowerConsumption() {
4053 return (Getter)super.reqGetMeasuredCumulativePowerConsumption();
4056 public Getter reqGetManufacturersFaultCode() {
4057 return (Getter)super.reqGetManufacturersFaultCode();
4060 public Getter reqGetCurrentLimitSetting() {
4061 return (Getter)super.reqGetCurrentLimitSetting();
4064 public Getter reqGetFaultStatus() {
4065 return (Getter)super.reqGetFaultStatus();
4068 public Getter reqGetFaultDescription() {
4069 return (Getter)super.reqGetFaultDescription();
4072 public Getter reqGetManufacturerCode() {
4073 return (Getter)super.reqGetManufacturerCode();
4076 public Getter reqGetBusinessFacilityCode() {
4077 return (Getter)super.reqGetBusinessFacilityCode();
4080 public Getter reqGetProductCode() {
4081 return (Getter)super.reqGetProductCode();
4084 public Getter reqGetProductionNumber() {
4085 return (Getter)super.reqGetProductionNumber();
4088 public Getter reqGetProductionDate() {
4089 return (Getter)super.reqGetProductionDate();
4092 public Getter reqGetPowerSavingOperationSetting() {
4093 return (Getter)super.reqGetPowerSavingOperationSetting();
4096 public Getter reqGetRemoteControlSetting() {
4097 return (Getter)super.reqGetRemoteControlSetting();
4100 public Getter reqGetCurrentTimeSetting() {
4101 return (Getter)super.reqGetCurrentTimeSetting();
4104 public Getter reqGetCurrentDateSetting() {
4105 return (Getter)super.reqGetCurrentDateSetting();
4108 public Getter reqGetPowerLimitSetting() {
4109 return (Getter)super.reqGetPowerLimitSetting();
4112 public Getter reqGetCumulativeOperatingTime() {
4113 return (Getter)super.reqGetCumulativeOperatingTime();
4116 public Getter reqGetStatusChangeAnnouncementPropertyMap() {
4117 return (Getter)super.reqGetStatusChangeAnnouncementPropertyMap();
4120 public Getter reqGetSetPropertyMap() {
4121 return (Getter)super.reqGetSetPropertyMap();
4124 public Getter reqGetGetPropertyMap() {
4125 return (Getter)super.reqGetGetPropertyMap();
4152 public Getter reqGetMinimumMaximUmChargeElectricEnergy() {
4180 public Getter reqGetMinimumMaximUmDischargeElectricEnergy() {
4208 public Getter reqGetMinimumMaximUmChargeCurrent() {
4236 public Getter reqGetMinimumMaximUmDischargeCurrent() {
4263 public Getter reqGetRatedElectricEnergy() {
4289 public Getter reqGetRatedCapacity() {
4315 public Getter reqGetRatedVoltage() {
4343 public Getter reqGetMeasuredInstantaneousChargeDischargeElectricEnergy() {
4371 public Getter reqGetMeasuredInstantaneousChargeDischargeCurrent() {
4399 public Getter reqGetMeasuredInstantaneousChargeDischargeVoltage() {
4427 public Getter reqGetMeasuredCumulativeDischargeElectricEnergy() {
4455 public Getter reqGetMeasuredCumulativeChargeElectricEnergy() {
4483 public Getter reqGetOperationModeSetting() {
4509 public Getter reqGetSystemInterconnEctedType() {
4537 public Getter reqGetMinimumMaximumChargingPowerIndependent() {
4566 public Getter reqGetMinimumMaximUmDischargingPowerIndependent() {
4594 public Getter reqGetMinimumMaximUmChargingCurrentIndependent() {
4622 public Getter reqGetMinimumMaximUmDischargingCurrentIndependent() {
4650 public Getter reqGetChargingDischarGingAmountSetting1() {
4678 public Getter reqGetChargingDischarGingAmountSetting2() {
4705 public Getter reqGetRemainingStoredElectricity1() {
4731 public Getter reqGetRemainingStoredElectricity2() {
4759 public Getter reqGetRemainingStoredElectricity3BatteryStateOfHealth() {
4785 public Getter reqGetBatteryType() {
4812 public Getter reqGetChargingAmountSetting1() {
4839 public Getter reqGetDischargingAmountSetting1() {
4865 public Getter reqGetChargingAmountSetting2() {
4891 public Getter reqGetDischargingAmountSetting2() {
4918 public Getter reqGetChargeElectricEnergySetting() {
4945 public Getter reqGetDischargeElectricEnergySetting() {
4971 public Getter reqGetChargeCurrentSetting() {
4997 public Getter reqGetDischargeCurrentSetting() {
5023 public Getter reqGetRatedVoltageIndependent() {
5029 public static class Informer
extends DeviceObject.Informer {
5030 public Informer(
short echoClassCode, byte echoInstanceCode
5032 super(echoClassCode, echoInstanceCode
5033 , dstEchoAddress, isSelfObject);
5037 public Informer reqInformProperty(byte epc) {
5038 return (Informer)super.reqInformProperty(epc);
5041 public Informer reqInformOperationStatus() {
5042 return (Informer)super.reqInformOperationStatus();
5045 public Informer reqInformInstallationLocation() {
5046 return (Informer)super.reqInformInstallationLocation();
5049 public Informer reqInformStandardVersionInformation() {
5050 return (Informer)super.reqInformStandardVersionInformation();
5053 public Informer reqInformIdentificationNumber() {
5054 return (Informer)super.reqInformIdentificationNumber();
5057 public Informer reqInformMeasuredInstantaneousPowerConsumption() {
5058 return (Informer)super.reqInformMeasuredInstantaneousPowerConsumption();
5061 public Informer reqInformMeasuredCumulativePowerConsumption() {
5062 return (Informer)super.reqInformMeasuredCumulativePowerConsumption();
5065 public Informer reqInformManufacturersFaultCode() {
5066 return (Informer)super.reqInformManufacturersFaultCode();
5069 public Informer reqInformCurrentLimitSetting() {
5070 return (Informer)super.reqInformCurrentLimitSetting();
5073 public Informer reqInformFaultStatus() {
5074 return (Informer)super.reqInformFaultStatus();
5077 public Informer reqInformFaultDescription() {
5078 return (Informer)super.reqInformFaultDescription();
5081 public Informer reqInformManufacturerCode() {
5082 return (Informer)super.reqInformManufacturerCode();
5085 public Informer reqInformBusinessFacilityCode() {
5086 return (Informer)super.reqInformBusinessFacilityCode();
5089 public Informer reqInformProductCode() {
5090 return (Informer)super.reqInformProductCode();
5093 public Informer reqInformProductionNumber() {
5094 return (Informer)super.reqInformProductionNumber();
5097 public Informer reqInformProductionDate() {
5098 return (Informer)super.reqInformProductionDate();
5101 public Informer reqInformPowerSavingOperationSetting() {
5102 return (Informer)super.reqInformPowerSavingOperationSetting();
5105 public Informer reqInformRemoteControlSetting() {
5106 return (Informer)super.reqInformRemoteControlSetting();
5109 public Informer reqInformCurrentTimeSetting() {
5110 return (Informer)super.reqInformCurrentTimeSetting();
5113 public Informer reqInformCurrentDateSetting() {
5114 return (Informer)super.reqInformCurrentDateSetting();
5117 public Informer reqInformPowerLimitSetting() {
5118 return (Informer)super.reqInformPowerLimitSetting();
5121 public Informer reqInformCumulativeOperatingTime() {
5122 return (Informer)super.reqInformCumulativeOperatingTime();
5125 public Informer reqInformStatusChangeAnnouncementPropertyMap() {
5126 return (Informer)super.reqInformStatusChangeAnnouncementPropertyMap();
5129 public Informer reqInformSetPropertyMap() {
5130 return (Informer)super.reqInformSetPropertyMap();
5133 public Informer reqInformGetPropertyMap() {
5134 return (Informer)super.reqInformGetPropertyMap();
5161 public Informer reqInformMinimumMaximUmChargeElectricEnergy() {
5189 public Informer reqInformMinimumMaximUmDischargeElectricEnergy() {
5217 public Informer reqInformMinimumMaximUmChargeCurrent() {
5245 public Informer reqInformMinimumMaximUmDischargeCurrent() {
5272 public Informer reqInformRatedElectricEnergy() {
5298 public Informer reqInformRatedCapacity() {
5324 public Informer reqInformRatedVoltage() {
5352 public Informer reqInformMeasuredInstantaneousChargeDischargeElectricEnergy() {
5380 public Informer reqInformMeasuredInstantaneousChargeDischargeCurrent() {
5408 public Informer reqInformMeasuredInstantaneousChargeDischargeVoltage() {
5436 public Informer reqInformMeasuredCumulativeDischargeElectricEnergy() {
5464 public Informer reqInformMeasuredCumulativeChargeElectricEnergy() {
5492 public Informer reqInformOperationModeSetting() {
5518 public Informer reqInformSystemInterconnEctedType() {
5546 public Informer reqInformMinimumMaximumChargingPowerIndependent() {
5575 public Informer reqInformMinimumMaximUmDischargingPowerIndependent() {
5603 public Informer reqInformMinimumMaximUmChargingCurrentIndependent() {
5631 public Informer reqInformMinimumMaximUmDischargingCurrentIndependent() {
5659 public Informer reqInformChargingDischarGingAmountSetting1() {
5687 public Informer reqInformChargingDischarGingAmountSetting2() {
5714 public Informer reqInformRemainingStoredElectricity1() {
5740 public Informer reqInformRemainingStoredElectricity2() {
5768 public Informer reqInformRemainingStoredElectricity3BatteryStateOfHealth() {
5794 public Informer reqInformBatteryType() {
5821 public Informer reqInformChargingAmountSetting1() {
5848 public Informer reqInformDischargingAmountSetting1() {
5874 public Informer reqInformChargingAmountSetting2() {
5900 public Informer reqInformDischargingAmountSetting2() {
5927 public Informer reqInformChargeElectricEnergySetting() {
5954 public Informer reqInformDischargeElectricEnergySetting() {
5980 public Informer reqInformChargeCurrentSetting() {
6006 public Informer reqInformDischargeCurrentSetting() {
6032 public Informer reqInformRatedVoltageIndependent() {
6038 public static class Proxy
extends Battery {
6039 public Proxy(byte instanceCode) {
6074 return setG((byte)0);
6077 public static Setter
setG(byte instanceCode) {
6078 return setG(instanceCode,
true);
6081 public static Setter
setG(
boolean responseRequired) {
6082 return setG((byte)0, responseRequired);
6085 public static Setter
setG(byte instanceCode,
boolean responseRequired) {
6091 return getG((byte)0);
6094 public static Getter
getG(byte instanceCode) {
6103 public static Informer
informG(byte instanceCode) {
static final byte EPC_CHARGING_DISCHAR_GING_AMOUNT_SETTING1
boolean setDischargeElectricEnergySetting(byte[] edt)
boolean isValidMeasuredCumulativeChargeElectricEnergyResetSetting(byte[] edt)
static final byte EPC_CHARGING_AMOUNT_SETTING1
static final byte EPC_RATED_CAPACITY
boolean isValidMeasuredCumulativeChargeElectricEnergy(byte[] edt)
static final byte EPC_MINIMUM_MAXIMUM_CHARGING_POWER_INDEPENDENT
static final byte EPC_BATTERY_TYPE
static final byte EPC_RATED_ELECTRIC_ENERGY
byte[] getMinimumMaximUmDischargeCurrent()
boolean setDischargeCurrentSetting(byte[] edt)
boolean isValidMeasuredInstantaneousChargeDischargeCurrent(byte[] edt)
boolean setChargeCurrentSetting(byte[] edt)
static final byte EPC_MEASURED_INSTANTANEOUS_CHARGE_DISCHARGE_CURRENT
byte[] getMinimumMaximUmDischargingCurrentIndependent()
boolean setChargingDischarGingAmountSetting2(byte[] edt)
boolean isValidChargingDischarGingAmountSetting1(byte[] edt)
byte[] getMinimumMaximUmDischargeElectricEnergy()
static final byte EPC_MINIMUM_MAXIM_UM_CHARGE_CURRENT
abstract byte[] getRemainingStoredElectricity2()
byte[] getDischargingAmountSetting1()
static final byte EPC_DISCHARGE_CURRENT_SETTING
byte[] getMinimumMaximUmDischargingPowerIndependent()
boolean isValidRatedCapacity(byte[] edt)
static final byte EPC_MINIMUM_MAXIM_UM_CHARGING_CURRENT_INDEPENDENT
boolean isValidRatedElectricEnergy(byte[] edt)
byte[] getChargeCurrentSetting()
boolean setMeasuredCumulativeChargeElectricEnergyResetSetting(byte[] edt)
boolean isValidMinimumMaximUmDischargeCurrent(byte[] edt)
final void removeSetProperty(byte epc)
static final byte EPC_MEASURED_INSTANTANEOUS_CHARGE_DISCHARGE_VOLTAGE
byte[] getMinimumMaximUmChargeElectricEnergy()
final void addStatusChangeAnnouncementProperty(byte epc)
byte[] getChargingAmountSetting1()
abstract byte[] getInstallationLocation()
final void addGetProperty(byte epc)
static final short ECHO_CLASS_CODE
static final byte EPC_DISCHARGING_AMOUNT_SETTING1
boolean isValidMinimumMaximUmChargingCurrentIndependent(byte[] edt)
boolean setDischargingAmountSetting1(byte[] edt)
static final byte EPC_CHARGE_ELECTRIC_ENERGY_SETTING
boolean isValidMinimumMaximUmChargeCurrent(byte[] edt)
boolean isValidRemainingStoredElectricity2(byte[] edt)
boolean isValidOperationModeSetting(byte[] edt)
boolean isValidChargingDischarGingAmountSetting2(byte[] edt)
static final byte EPC_REMAINING_STORED_ELECTRICITY3_BATTERY_STATE_OF_HEALTH
static final byte EPC_MINIMUM_MAXIM_UM_DISCHARGE_CURRENT
static final byte EPC_MEASURED_CUMULATIVE_DISCHARGE_ELECTRIC_ENERGY_RESET_SETTING
boolean isValidMinimumMaximUmChargeElectricEnergy(byte[] edt)
boolean isValidMinimumMaximumChargingPowerIndependent(byte[] edt)
byte[] getChargingDischarGingAmountSetting1()
static final byte EPC_REMAINING_STORED_ELECTRICITY1
static final byte EPC_CHARGE_CURRENT_SETTING
static final byte EPC_OPERATION_MODE_SETTING
static final byte EPC_MEASURED_CUMULATIVE_DISCHARGE_ELECTRIC_ENERGY
boolean isValidMeasuredInstantaneousChargeDischargeVoltage(byte[] edt)
boolean isValidRatedVoltageIndependent(byte[] edt)
boolean isValidMeasuredCumulativeDischargeElectricEnergyResetSetting(byte[] edt)
final void addSetProperty(byte epc)
abstract boolean setOperationModeSetting(byte[] edt)
synchronized boolean isValidProperty(EchoProperty property)
byte[] getSystemInterconnEctedType()
byte[] getRatedElectricEnergy()
static final byte EPC_MINIMUM_MAXIM_UM_DISCHARGING_POWER_INDEPENDENT
abstract byte[] getFaultStatus()
boolean setChargingAmountSetting2(byte[] edt)
static final byte EPC_MINIMUM_MAXIM_UM_DISCHARGE_ELECTRIC_ENERGY
byte[] getMeasuredInstantaneousChargeDischargeCurrent()
byte[] getRatedVoltageIndependent()
boolean isValidRatedVoltage(byte[] edt)
byte[] getMeasuredCumulativeChargeElectricEnergy()
byte[] getChargingAmountSetting2()
byte[] getRatedCapacity()
boolean isValidRemainingStoredElectricity1(byte[] edt)
boolean isValidMinimumMaximUmDischargingCurrentIndependent(byte[] edt)
byte[] getMinimumMaximumChargingPowerIndependent()
boolean isValidMinimumMaximUmDischargeElectricEnergy(byte[] edt)
boolean isValidDischargingAmountSetting1(byte[] edt)
byte[] getMeasuredInstantaneousChargeDischargeElectricEnergy()
byte[] getChargingDischarGingAmountSetting2()
static final byte EPC_RATED_VOLTAGE
synchronized boolean setProperty(EchoProperty property)
abstract byte[] getManufacturerCode()
static final byte EPC_MEASURED_INSTANTANEOUS_CHARGE_DISCHARGE_ELECTRIC_ENERGY
static final byte EPC_RATED_VOLTAGE_INDEPENDENT
static Setter setG(boolean responseRequired)
boolean setDischargingAmountSetting2(byte[] edt)
boolean isValidDischargeElectricEnergySetting(byte[] edt)
byte[] getChargeElectricEnergySetting()
static final byte EPC_MEASURED_CUMULATIVE_CHARGE_ELECTRIC_ENERGY
byte[] getMeasuredCumulativeDischargeElectricEnergy()
byte[] getDischargingAmountSetting2()
static final byte EPC_CHARGING_DISCHAR_GING_AMOUNT_SETTING2
static Getter getG(byte instanceCode)
static Informer informG()
static final byte EPC_MINIMUM_MAXIM_UM_CHARGE_ELECTRIC_ENERGY
boolean isValidMinimumMaximUmDischargingPowerIndependent(byte[] edt)
boolean setMeasuredCumulativeDischargeElectricEnergyResetSetting(byte[] edt)
static Setter setG(byte instanceCode, boolean responseRequired)
byte[] getDischargeCurrentSetting()
boolean isValidSystemInterconnEctedType(byte[] edt)
static final byte EPC_DISCHARGE_ELECTRIC_ENERGY_SETTING
boolean isValidDischargingAmountSetting2(byte[] edt)
static final byte EPC_MINIMUM_MAXIM_UM_DISCHARGING_CURRENT_INDEPENDENT
byte[] getMeasuredInstantaneousChargeDischargeVoltage()
abstract byte[] getRemainingStoredElectricity3BatteryStateOfHealth()
static final byte EPC_SYSTEM_INTERCONN_ECTED_TYPE
boolean isValidChargingAmountSetting1(byte[] edt)
boolean setChargeElectricEnergySetting(byte[] edt)
boolean setChargingDischarGingAmountSetting1(byte[] edt)
abstract byte[] getOperationModeSetting()
byte[] getDischargeElectricEnergySetting()
byte[] getMinimumMaximUmChargingCurrentIndependent()
boolean isValidRemainingStoredElectricity3BatteryStateOfHealth(byte[] edt)
static final byte EPC_DISCHARGING_AMOUNT_SETTING2
boolean isValidChargeElectricEnergySetting(byte[] edt)
static final byte EPC_OPERATION_STATUS
byte[] getStandardVersionInformation()
static Informer informG(byte instanceCode)
boolean isValidChargeCurrentSetting(byte[] edt)
abstract byte[] getRemainingStoredElectricity1()
static final byte EPC_MEASURED_CUMULATIVE_CHARGE_ELECTRIC_ENERGY_RESET_SETTING
static final byte EPC_CHARGING_AMOUNT_SETTING2
synchronized byte[] getProperty(byte epc)
Setter set(boolean responseRequired)
byte[] getMinimumMaximUmChargeCurrent()
abstract boolean setInstallationLocation(byte[] edt)
boolean isValidDischargeCurrentSetting(byte[] edt)
static final String MULTICAST_ADDRESS
boolean isValidChargingAmountSetting2(byte[] edt)
abstract byte[] getBatteryType()
static Setter setG(byte instanceCode)
static final byte EPC_REMAINING_STORED_ELECTRICITY2
boolean setChargingAmountSetting1(byte[] edt)
boolean isValidBatteryType(byte[] edt)
boolean isValidMeasuredInstantaneousChargeDischargeElectricEnergy(byte[] edt)
final boolean isSelfObject()
abstract byte[] getOperationStatus()
Informer inform(boolean multicast)
boolean setOperationStatus(byte[] edt)
boolean isValidMeasuredCumulativeDischargeElectricEnergy(byte[] edt)