@ASN1PreparedElement @ASN1BoxedType(name = "TaxCode") public class TaxCode implements IASN1PreparedElement { @ASN1Integer(name = "") @ASN1Element( name = "TaxCode", isOptional = false, hasTag = true, tag = 212, tagClass = TagClass.Application, hasDefaultValue = false) private Long value; public TaxCode() {} public void setValue(Long value) { this.value = value; } public Long getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(TaxCode.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1BoxedType(name = "FileCreationTimeStamp") public class FileCreationTimeStamp implements IASN1PreparedElement { @ASN1Element( name = "FileCreationTimeStamp", isOptional = false, hasTag = true, tag = 108, tagClass = TagClass.Application, hasDefaultValue = false) private DateTimeLong value; public FileCreationTimeStamp() {} public void setValue(DateTimeLong value) { this.value = value; } public DateTimeLong getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(FileCreationTimeStamp.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1BoxedType(name = "FQDN") public class FQDN implements IASN1PreparedElement { @ASN1String(name = "FQDN", stringType = UniversalTag.VisibleString, isUCS = false) @ASN1ValueRangeConstraint(min = 1L, max = 255L) private String value; public FQDN() {} public FQDN(String value) { this.value = value; } public void setValue(String value) { this.value = value; } public String getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(FQDN.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1Sequence(name = "AbrtApdu", isSet = false) public class AbrtApdu implements IASN1PreparedElement { @ASN1Element( name = "reason", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 0) private Abort_reason reason = null; public Abort_reason getReason() { return this.reason; } public void setReason(Abort_reason value) { this.reason = value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(AbrtApdu.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1Sequence(name = "DialogMessage", isSet = false) public static class DialogMessageSequenceType implements IASN1PreparedElement { @ASN1String(name = "", stringType = UniversalTag.UTF8String, isUCS = false) @ASN1ValueRangeConstraint(min = 1L, max = 128L) @ASN1Element( name = "notificationText", isOptional = false, hasTag = false, hasDefaultValue = false) private String notificationText = null; public String getNotificationText() { return this.notificationText; } public void setNotificationText(String value) { this.notificationText = value; } public void initWithDefaults() {} public IASN1PreparedElementData getPreparedData() { return preparedData_DialogMessageSequenceType; } private static IASN1PreparedElementData preparedData_DialogMessageSequenceType = CoderFactory.getInstance().newPreparedElementData(DialogMessageSequenceType.class); }
@ASN1PreparedElement @ASN1BoxedType(name = "SystemType") public class SystemType implements IASN1PreparedElement { @ASN1BitString(name = "SystemType") @ASN1SizeConstraint(max = 32L) private BitString value = null; public SystemType() {} public SystemType(BitString value) { this.value = value; } public void setValue(BitString value) { this.value = value; } public BitString getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(SystemType.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1BoxedType(name = "CurrencyConversionList") public class CurrencyConversionList implements IASN1PreparedElement { @ASN1SequenceOf(name = "CurrencyConversionList", isSetOf = false) @ASN1Element( name = "CurrencyConversionList", isOptional = false, hasTag = true, tag = 80, tagClass = TagClass.Application, hasDefaultValue = false) private java.util.Collection<CurrencyConversion> value; public CurrencyConversionList() {} public void setValue(java.util.Collection<CurrencyConversion> value) { this.value = value; } public java.util.Collection<CurrencyConversion> getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(CurrencyConversionList.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1BoxedType(name = "DestinationNetwork") public class DestinationNetwork implements IASN1PreparedElement { @ASN1Element( name = "DestinationNetwork", isOptional = false, hasTag = true, tag = 90, tagClass = TagClass.Application, hasDefaultValue = false) private NetworkId value; public DestinationNetwork() {} public void setValue(NetworkId value) { this.value = value; } public NetworkId getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(DestinationNetwork.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1BoxedType(name = "CalledPlace") public class CalledPlace implements IASN1PreparedElement { @ASN1Element( name = "CalledPlace", isOptional = false, hasTag = true, tag = 42, tagClass = TagClass.Application, hasDefaultValue = false) private AsciiString value; public CalledPlace() {} public void setValue(AsciiString value) { this.value = value; } public AsciiString getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(CalledPlace.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1BoxedType(name = "ChargingCharacteristics") public class ChargingCharacteristics implements IASN1PreparedElement { @ASN1OctetString(name = "") @ASN1Element( name = "ChargingCharacteristics", isOptional = false, hasTag = true, tag = 263, tagClass = TagClass.Application, hasDefaultValue = false) private byte[] value; public ChargingCharacteristics() {} public void setValue(byte[] value) { this.value = value; } public byte[] getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(ChargingCharacteristics.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1Sequence(name = "AttrValMapEntry", isSet = false) public class AttrValMapEntry implements IASN1PreparedElement { @ASN1Element( name = "attribute-id", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 0) private OID_Type attribute_id = null; @ASN1Integer(name = "") @ASN1ValueRangeConstraint(min = 0L, max = 65535L) @ASN1Element( name = "attribute-len", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 1) private Integer attribute_len = null; public OID_Type getAttribute_id() { return this.attribute_id; } public void setAttribute_id(OID_Type value) { this.attribute_id = value; } public Integer getAttribute_len() { return this.attribute_len; } public void setAttribute_len(Integer value) { this.attribute_len = value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(AttrValMapEntry.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1Sequence(name = "BatMeasure", isSet = false) public class BatMeasure implements IASN1PreparedElement { @ASN1Element( name = "value", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 0) private FLOAT_Type value = null; @ASN1Element( name = "unit", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 1) private OID_Type unit_ = null; public FLOAT_Type getValue() { return this.value; } public void setValue(FLOAT_Type value) { this.value = value; } public OID_Type getUnit_() { return this.unit_; } public void setUnit_(OID_Type value) { this.unit_ = value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(BatMeasure.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1Sequence(name = "AbsTimeRange", isSet = false) public class AbsTimeRange implements IASN1PreparedElement { @ASN1Element( name = "from-time", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 0) private AbsoluteTime from_time = null; @ASN1Element( name = "to-time", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 1) private AbsoluteTime to_time = null; public AbsoluteTime getFrom_time() { return this.from_time; } public void setFrom_time(AbsoluteTime value) { this.from_time = value; } public AbsoluteTime getTo_time() { return this.to_time; } public void setTo_time(AbsoluteTime value) { this.to_time = value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(AbsTimeRange.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1BoxedType(name = "PrstApdu") public class PrstApdu implements IASN1PreparedElement { @ASN1OctetString(name = "PrstApdu") private byte[] value = null; public PrstApdu() {} public PrstApdu(byte[] value) { this.value = value; } public PrstApdu(BitString value) { setValue(value); } public void setValue(byte[] value) { this.value = value; } public void setValue(BitString btStr) { this.value = btStr.getValue(); } public byte[] getValue() { return this.value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(PrstApdu.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1Sequence(name = "UMTSQoSInformation", isSet = false) public class UMTSQoSInformation implements IASN1PreparedElement { @ASN1Element(name = "trafficClass", isOptional = true, hasTag = false, hasDefaultValue = false) private QoSTrafficClass trafficClass = null; @ASN1Element( name = "maxBitRateUplink", isOptional = true, hasTag = false, hasDefaultValue = false) private QoSMaxBitRateUplink maxBitRateUplink = null; @ASN1Element( name = "maxBitRateDownlink", isOptional = true, hasTag = false, hasDefaultValue = false) private QoSMaxBitRateDownlink maxBitRateDownlink = null; @ASN1Element( name = "qoSGuaranteedBitRateDownlink", isOptional = true, hasTag = false, hasDefaultValue = false) private QoSGuaranteedBitRateDownlink qoSGuaranteedBitRateDownlink = null; @ASN1Element( name = "qoSGuaranteedBitRateUplink", isOptional = true, hasTag = false, hasDefaultValue = false) private QoSGuaranteedBitRateUplink qoSGuaranteedBitRateUplink = null; @ASN1Element( name = "allocRetenPriority", isOptional = true, hasTag = false, hasDefaultValue = false) private QoSAllocRetenPriority allocRetenPriority = null; public QoSTrafficClass getTrafficClass() { return this.trafficClass; } public boolean isTrafficClassPresent() { return this.trafficClass != null; } public void setTrafficClass(QoSTrafficClass value) { this.trafficClass = value; } public QoSMaxBitRateUplink getMaxBitRateUplink() { return this.maxBitRateUplink; } public boolean isMaxBitRateUplinkPresent() { return this.maxBitRateUplink != null; } public void setMaxBitRateUplink(QoSMaxBitRateUplink value) { this.maxBitRateUplink = value; } public QoSMaxBitRateDownlink getMaxBitRateDownlink() { return this.maxBitRateDownlink; } public boolean isMaxBitRateDownlinkPresent() { return this.maxBitRateDownlink != null; } public void setMaxBitRateDownlink(QoSMaxBitRateDownlink value) { this.maxBitRateDownlink = value; } public QoSGuaranteedBitRateDownlink getQoSGuaranteedBitRateDownlink() { return this.qoSGuaranteedBitRateDownlink; } public boolean isQoSGuaranteedBitRateDownlinkPresent() { return this.qoSGuaranteedBitRateDownlink != null; } public void setQoSGuaranteedBitRateDownlink(QoSGuaranteedBitRateDownlink value) { this.qoSGuaranteedBitRateDownlink = value; } public QoSGuaranteedBitRateUplink getQoSGuaranteedBitRateUplink() { return this.qoSGuaranteedBitRateUplink; } public boolean isQoSGuaranteedBitRateUplinkPresent() { return this.qoSGuaranteedBitRateUplink != null; } public void setQoSGuaranteedBitRateUplink(QoSGuaranteedBitRateUplink value) { this.qoSGuaranteedBitRateUplink = value; } public QoSAllocRetenPriority getAllocRetenPriority() { return this.allocRetenPriority; } public boolean isAllocRetenPriorityPresent() { return this.allocRetenPriority != null; } public void setAllocRetenPriority(QoSAllocRetenPriority value) { this.allocRetenPriority = value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(UMTSQoSInformation.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }
@ASN1PreparedElement @ASN1Sequence(name = "CurrencyConversion", isSet = false) public static class CurrencyConversionSequenceType implements IASN1PreparedElement { @ASN1Element( name = "exchangeRateCode", isOptional = true, hasTag = false, hasDefaultValue = false) private ExchangeRateCode exchangeRateCode = null; @ASN1Element( name = "numberOfDecimalPlaces", isOptional = true, hasTag = false, hasDefaultValue = false) private NumberOfDecimalPlaces numberOfDecimalPlaces = null; @ASN1Element(name = "exchangeRate", isOptional = true, hasTag = false, hasDefaultValue = false) private ExchangeRate exchangeRate = null; public ExchangeRateCode getExchangeRateCode() { return this.exchangeRateCode; } public boolean isExchangeRateCodePresent() { return this.exchangeRateCode != null; } public void setExchangeRateCode(ExchangeRateCode value) { this.exchangeRateCode = value; } public NumberOfDecimalPlaces getNumberOfDecimalPlaces() { return this.numberOfDecimalPlaces; } public boolean isNumberOfDecimalPlacesPresent() { return this.numberOfDecimalPlaces != null; } public void setNumberOfDecimalPlaces(NumberOfDecimalPlaces value) { this.numberOfDecimalPlaces = value; } public ExchangeRate getExchangeRate() { return this.exchangeRate; } public boolean isExchangeRatePresent() { return this.exchangeRate != null; } public void setExchangeRate(ExchangeRate value) { this.exchangeRate = value; } public void initWithDefaults() {} public IASN1PreparedElementData getPreparedData() { return preparedData_CurrencyConversionSequenceType; } private static IASN1PreparedElementData preparedData_CurrencyConversionSequenceType = CoderFactory.getInstance().newPreparedElementData(CurrencyConversionSequenceType.class); }
@ASN1PreparedElement @ASN1Sequence(name = "LocationInformation", isSet = false) public static class LocationInformationSequenceType implements IASN1PreparedElement { @ASN1Element( name = "networkLocation", isOptional = true, hasTag = false, hasDefaultValue = false) private NetworkLocation networkLocation = null; @ASN1Element( name = "homeLocationInformation", isOptional = true, hasTag = false, hasDefaultValue = false) private HomeLocationInformation homeLocationInformation = null; @ASN1Element( name = "geographicalLocation", isOptional = true, hasTag = false, hasDefaultValue = false) private GeographicalLocation geographicalLocation = null; public NetworkLocation getNetworkLocation() { return this.networkLocation; } public boolean isNetworkLocationPresent() { return this.networkLocation != null; } public void setNetworkLocation(NetworkLocation value) { this.networkLocation = value; } public HomeLocationInformation getHomeLocationInformation() { return this.homeLocationInformation; } public boolean isHomeLocationInformationPresent() { return this.homeLocationInformation != null; } public void setHomeLocationInformation(HomeLocationInformation value) { this.homeLocationInformation = value; } public GeographicalLocation getGeographicalLocation() { return this.geographicalLocation; } public boolean isGeographicalLocationPresent() { return this.geographicalLocation != null; } public void setGeographicalLocation(GeographicalLocation value) { this.geographicalLocation = value; } public void initWithDefaults() {} public IASN1PreparedElementData getPreparedData() { return preparedData_LocationInformationSequenceType; } private static IASN1PreparedElementData preparedData_LocationInformationSequenceType = CoderFactory.getInstance().newPreparedElementData(LocationInformationSequenceType.class); }
@ASN1PreparedElement @ASN1Sequence(name = "SegmDataEventDescr", isSet = false) public class SegmDataEventDescr implements IASN1PreparedElement { @ASN1Element( name = "segm-instance", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 0) private InstNumber segm_instance = null; @ASN1Element( name = "segm-evt-entry-index", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 1) private INT_U32 segm_evt_entry_index = null; @ASN1Element( name = "segm-evt-entry-count", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 2) private INT_U32 segm_evt_entry_count = null; @ASN1Element( name = "segm-evt-status", isOptional = false, hasTag = false, hasDefaultValue = false, hasExplicitOrder = true, declarationOrder = 3) private SegmEvtStatus segm_evt_status = null; public InstNumber getSegm_instance() { return this.segm_instance; } public void setSegm_instance(InstNumber value) { this.segm_instance = value; } public INT_U32 getSegm_evt_entry_index() { return this.segm_evt_entry_index; } public void setSegm_evt_entry_index(INT_U32 value) { this.segm_evt_entry_index = value; } public INT_U32 getSegm_evt_entry_count() { return this.segm_evt_entry_count; } public void setSegm_evt_entry_count(INT_U32 value) { this.segm_evt_entry_count = value; } public SegmEvtStatus getSegm_evt_status() { return this.segm_evt_status; } public void setSegm_evt_status(SegmEvtStatus value) { this.segm_evt_status = value; } public void initWithDefaults() {} private static IASN1PreparedElementData preparedData = CoderFactory.getInstance().newPreparedElementData(SegmDataEventDescr.class); public IASN1PreparedElementData getPreparedData() { return preparedData; } }