public QuantityConfig Decode(BitArrayInputStream input)
{
QuantityConfig config = new QuantityConfig();
config.InitDefaults();
bool flag = input.ReadBit() != 0;
BitMaskStream stream = new BitMaskStream(input, 4);
if (stream.Read())
{
config.quantityConfigEUTRA = QuantityConfigEUTRA.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
config.quantityConfigUTRA = QuantityConfigUTRA.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
config.quantityConfigGERAN = QuantityConfigGERAN.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
config.quantityConfigCDMA2000 = QuantityConfigCDMA2000.PerDecoder.Instance.Decode(input);
}
if (flag)
{
BitMaskStream stream2 = new BitMaskStream(input, 1);
if (stream2.Read())
{
config.quantityConfigUTRA_v1020 = QuantityConfigUTRA_v1020.PerDecoder.Instance.Decode(input);
}
}
return config;
}
public cellAccessRelatedInfo_Type Decode(BitArrayInputStream input)
{
var type = new cellAccessRelatedInfo_Type();
type.InitDefaults();
var stream = new BitMaskStream(input, 1);
type.plmn_IdentityList = new List<PLMN_IdentityInfo>();
var nBits = 3;
var num3 = input.ReadBits(nBits) + 1;
for (var i = 0; i < num3; i++)
{
var item = PLMN_IdentityInfo.PerDecoder.Instance.Decode(input);
type.plmn_IdentityList.Add(item);
}
type.trackingAreaCode = input.ReadBitString(0x10);
type.cellIdentity = input.ReadBitString(0x1c);
nBits = 1;
type.cellBarred = (cellBarred_Enum)input.ReadBits(nBits);
nBits = 1;
type.intraFreqReselection = (intraFreqReselection_Enum)input.ReadBits(nBits);
type.csg_Indication = input.ReadBit() == 1;
if (stream.Read())
{
type.csg_Identity = input.ReadBitString(0x1b);
}
return type;
}
public interRAT_Parameters_Type Decode(BitArrayInputStream input)
{
interRAT_Parameters_Type type = new interRAT_Parameters_Type();
type.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 7);
if (stream.Read())
{
type.utraFDD = IRAT_ParametersUTRA_FDD.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
type.utraTDD128 = IRAT_ParametersUTRA_TDD128.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
type.utraTDD384 = IRAT_ParametersUTRA_TDD384.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
type.utraTDD768 = IRAT_ParametersUTRA_TDD768.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
type.geran = IRAT_ParametersGERAN.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
type.cdma2000_HRPD = IRAT_ParametersCDMA2000_HRPD.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
type.cdma2000_1xRTT = IRAT_ParametersCDMA2000_1XRTT.PerDecoder.Instance.Decode(input);
}
return type;
}
public SystemInformationBlockType1_v9e0_IEs Decode(BitArrayInputStream input)
{
var es = new SystemInformationBlockType1_v9e0_IEs();
es.InitDefaults();
var stream = new BitMaskStream(input, 3);
if (stream.Read())
{
es.freqBandIndicator_v9e0 = input.ReadBits(8) + 0x41;
}
if (stream.Read())
{
es.multiBandInfoList_v9e0 = new List<MultiBandInfo_v9e0>();
const int nBits = 3;
var num3 = input.ReadBits(nBits) + 1;
for (var i = 0; i < num3; i++)
{
var item = MultiBandInfo_v9e0.PerDecoder.Instance.Decode(input);
es.multiBandInfoList_v9e0.Add(item);
}
}
if (stream.Read())
{
es.nonCriticalExtension = nonCriticalExtension_Type.PerDecoder.Instance.Decode(input);
}
return es;
}
public PLMN_Identity Decode(BitArrayInputStream input)
{
int num2;
PLMN_Identity identity = new PLMN_Identity();
identity.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
identity.mcc = new List<long>();
num2 = 0;
int num3 = input.ReadBits(num2) + 3;
for (int j = 0; j < num3; j++)
{
long item = input.ReadBits(4);
identity.mcc.Add(item);
}
}
identity.mnc = new List<long>();
num2 = 1;
int num6 = input.ReadBits(num2) + 2;
for (int i = 0; i < num6; i++)
{
long num8 = input.ReadBits(4);
identity.mnc.Add(num8);
}
return identity;
}
public Paging Decode(BitArrayInputStream input)
{
int num2;
Paging paging = new Paging();
paging.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 4);
if (stream.Read())
{
paging.pagingRecordList = new List<PagingRecord>();
num2 = 4;
int num3 = input.ReadBits(num2) + 1;
for (int i = 0; i < num3; i++)
{
PagingRecord item = PagingRecord.PerDecoder.Instance.Decode(input);
paging.pagingRecordList.Add(item);
}
}
if (stream.Read())
{
num2 = 1;
paging.systemInfoModification = (systemInfoModification_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
num2 = 1;
paging.etws_Indication = (etws_Indication_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
paging.nonCriticalExtension = Paging_v890_IEs.PerDecoder.Instance.Decode(input);
}
return paging;
}
public RRM_Config Decode(BitArrayInputStream input)
{
int num2;
RRM_Config config = new RRM_Config();
config.InitDefaults();
bool flag = input.ReadBit() != 0;
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
num2 = 6;
config.ue_InactiveTime = (ue_InactiveTime_Enum)input.ReadBits(num2);
}
if (flag)
{
BitMaskStream stream2 = new BitMaskStream(input, 1);
if (!stream2.Read())
{
return config;
}
config.candidateCellInfoList_r10 = new List<CandidateCellInfo_r10>();
num2 = 3;
int num3 = input.ReadBits(num2) + 1;
for (int i = 0; i < num3; i++)
{
CandidateCellInfo_r10 item = CandidateCellInfo_r10.PerDecoder.Instance.Decode(input);
config.candidateCellInfoList_r10.Add(item);
}
}
return config;
}
public FreqPriorityEUTRA_v9e0 Decode(BitArrayInputStream input)
{
FreqPriorityEUTRA_v9e0 _ve = new FreqPriorityEUTRA_v9e0();
_ve.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
_ve.carrierFreq_v9e0 = input.ReadBits(0x12) + 0x10000;
}
return _ve;
}
public EAB_ConfigPLMN_r11 Decode(BitArrayInputStream input)
{
EAB_ConfigPLMN_r11 _r = new EAB_ConfigPLMN_r11();
_r.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
_r.eab_Config_r11 = EAB_Config_r11.PerDecoder.Instance.Decode(input);
}
return _r;
}
public MultiBandInfo_v9e0 Decode(BitArrayInputStream input)
{
MultiBandInfo_v9e0 _ve = new MultiBandInfo_v9e0();
_ve.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
_ve.freqBandIndicator_v9e0 = input.ReadBits(8) + 0x41;
}
return _ve;
}
public SystemInformationBlockType15_r11 Decode(BitArrayInputStream input)
{
int num2;
var _r = new SystemInformationBlockType15_r11();
_r.InitDefaults();
var flag = false;
flag = input.ReadBit() != 0;
var stream = flag ? new BitMaskStream(input, 3) : new BitMaskStream(input, 3);
if (stream.Read())
{
_r.mbms_SAI_IntraFreq_r11 = new List<long>();
num2 = 6;
var num3 = input.ReadBits(num2) + 1;
for (var i = 0; i < num3; i++)
{
long item = input.ReadBits(0x10);
_r.mbms_SAI_IntraFreq_r11.Add(item);
}
}
if (stream.Read())
{
_r.mbms_SAI_InterFreqList_r11 = new List<MBMS_SAI_InterFreq_r11>();
num2 = 3;
var num6 = input.ReadBits(num2) + 1;
for (var j = 0; j < num6; j++)
{
var _r2 = MBMS_SAI_InterFreq_r11.PerDecoder.Instance.Decode(input);
_r.mbms_SAI_InterFreqList_r11.Add(_r2);
}
}
if (stream.Read())
{
var nBits = input.ReadBits(8);
_r.lateNonCriticalExtension = input.readOctetString(nBits);
}
if (flag)
{
var stream2 = new BitMaskStream(input, 1);
if (!stream2.Read())
{
return _r;
}
_r.mbms_SAI_InterFreqList_v1140 = new List<MBMS_SAI_InterFreq_v1140>();
num2 = 3;
var num8 = input.ReadBits(num2) + 1;
for (var k = 0; k < num8; k++)
{
var _v = MBMS_SAI_InterFreq_v1140.PerDecoder.Instance.Decode(input);
_r.mbms_SAI_InterFreqList_v1140.Add(_v);
}
}
return _r;
}
public ObtainLocationConfig_r11 Decode(BitArrayInputStream input)
{
ObtainLocationConfig_r11 _r = new ObtainLocationConfig_r11();
_r.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
const int nBits = 1;
_r.obtainLocation_r11 = (obtainLocation_r11_Enum)input.ReadBits(nBits);
}
return _r;
}
public MeasParameters_v1130 Decode(BitArrayInputStream input)
{
MeasParameters_v1130 _v = new MeasParameters_v1130();
_v.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
const int nBits = 1;
_v.rsrqMeasWideband_r11 = (rsrqMeasWideband_r11_Enum)input.ReadBits(nBits);
}
return _v;
}
public SON_Parameters_r9 Decode(BitArrayInputStream input)
{
SON_Parameters_r9 _r = new SON_Parameters_r9();
_r.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
const int nBits = 1;
_r.rach_Report_r9 = (rach_Report_r9_Enum)input.ReadBits(nBits);
}
return _r;
}
public PRACH_Config Decode(BitArrayInputStream input)
{
PRACH_Config config = new PRACH_Config();
config.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
config.rootSequenceIndex = input.ReadBits(10);
if (stream.Read())
{
config.prach_ConfigInfo = PRACH_ConfigInfo.PerDecoder.Instance.Decode(input);
}
return config;
}
public preambleInfo_Type Decode(BitArrayInputStream input)
{
preambleInfo_Type type = new preambleInfo_Type();
type.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
const int nBits = 4;
type.numberOfRA_Preambles = (numberOfRA_Preambles_Enum)input.ReadBits(nBits);
if (stream.Read())
{
type.preamblesGroupAConfig = preamblesGroupAConfig_Type.PerDecoder.Instance.Decode(input);
}
return type;
}
public cellReselectionInfoCommon_Type Decode(BitArrayInputStream input)
{
var type = new cellReselectionInfoCommon_Type();
type.InitDefaults();
var stream = new BitMaskStream(input, 1);
const int nBits = 4;
type.q_Hyst = (q_Hyst_Enum)input.ReadBits(nBits);
if (stream.Read())
{
type.speedStateReselectionPars = speedStateReselectionPars_Type.PerDecoder.Instance.Decode(input);
}
return type;
}
public PhysCellIdRange Decode(BitArrayInputStream input)
{
PhysCellIdRange range = new PhysCellIdRange();
range.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
range.start = input.ReadBits(9);
if (stream.Read())
{
const int nBits = 4;
range.range = (range_Enum)input.ReadBits(nBits);
}
return range;
}
public OTDOA_PositioningCapabilities_r10 Decode(BitArrayInputStream input)
{
OTDOA_PositioningCapabilities_r10 _r = new OTDOA_PositioningCapabilities_r10();
_r.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
int nBits = 1;
_r.otdoa_UE_Assisted_r10 = (otdoa_UE_Assisted_r10_Enum)input.ReadBits(nBits);
if (stream.Read())
{
nBits = 1;
_r.interFreqRSTD_Measurement_r10 = (interFreqRSTD_Measurement_r10_Enum)input.ReadBits(nBits);
}
return _r;
}
public PhyLayerParameters_v1020 Decode(BitArrayInputStream input)
{
int num2;
PhyLayerParameters_v1020 _v = new PhyLayerParameters_v1020();
_v.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 7);
if (stream.Read())
{
num2 = 1;
_v.twoAntennaPortsForPUCCH_r10 = (twoAntennaPortsForPUCCH_r10_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
num2 = 1;
_v.tm9_With_8Tx_FDD_r10 = (tm9_With_8Tx_FDD_r10_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
num2 = 1;
_v.pmi_Disabling_r10 = (pmi_Disabling_r10_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
num2 = 1;
_v.crossCarrierScheduling_r10 = (crossCarrierScheduling_r10_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
num2 = 1;
_v.simultaneousPUCCH_PUSCH_r10 = (simultaneousPUCCH_PUSCH_r10_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
num2 = 1;
_v.multiClusterPUSCH_WithinCC_r10 = (multiClusterPUSCH_WithinCC_r10_Enum)input.ReadBits(num2);
}
if (stream.Read())
{
_v.nonContiguousUL_RA_WithinCC_List_r10 = new List<NonContiguousUL_RA_WithinCC_r10>();
num2 = 6;
int num3 = input.ReadBits(num2) + 1;
for (int i = 0; i < num3; i++)
{
NonContiguousUL_RA_WithinCC_r10 item = NonContiguousUL_RA_WithinCC_r10.PerDecoder.Instance.Decode(input);
_v.nonContiguousUL_RA_WithinCC_List_r10.Add(item);
}
}
return _v;
}
public SystemInformationBlockType2_v9e0_IEs Decode(BitArrayInputStream input)
{
var es = new SystemInformationBlockType2_v9e0_IEs();
es.InitDefaults();
var stream = new BitMaskStream(input, 2);
if (stream.Read())
{
es.ul_CarrierFreq_v9e0 = input.ReadBits(0x12) + 0x10000;
}
if (stream.Read())
{
es.nonCriticalExtension = nonCriticalExtension_Type.PerDecoder.Instance.Decode(input);
}
return es;
}
public ul_SpecificParameters_Type Decode(BitArrayInputStream input)
{
ul_SpecificParameters_Type type = new ul_SpecificParameters_Type();
type.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
type.priority = input.ReadBits(4) + 1;
int nBits = 4;
type.prioritisedBitRate = (prioritisedBitRate_Enum)input.ReadBits(nBits);
nBits = 3;
type.bucketSizeDuration = (bucketSizeDuration_Enum)input.ReadBits(nBits);
if (stream.Read())
{
type.logicalChannelGroup = input.ReadBits(2);
}
return type;
}
public SystemInformation_v8a0_IEs Decode(BitArrayInputStream input)
{
var es = new SystemInformation_v8a0_IEs();
es.InitDefaults();
var stream = new BitMaskStream(input, 2);
if (stream.Read())
{
var nBits = input.ReadBits(8);
es.lateNonCriticalExtension = input.readOctetString(nBits);
}
if (stream.Read())
{
es.nonCriticalExtension = nonCriticalExtension_Type.PerDecoder.Instance.Decode(input);
}
return es;
}
public ac_BarringInfo_Type Decode(BitArrayInputStream input)
{
var type = new ac_BarringInfo_Type();
type.InitDefaults();
var stream = new BitMaskStream(input, 2);
type.ac_BarringForEmergency = input.ReadBit() == 1;
if (stream.Read())
{
type.ac_BarringForMO_Signalling = AC_BarringConfig.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
type.ac_BarringForMO_Data = AC_BarringConfig.PerDecoder.Instance.Decode(input);
}
return type;
}
public MobilityControlInfo Decode(BitArrayInputStream input)
{
BitMaskStream stream2;
MobilityControlInfo info = new MobilityControlInfo();
info.InitDefaults();
bool flag = input.ReadBit() != 0;
BitMaskStream stream = new BitMaskStream(input, 4);
info.targetPhysCellId = input.ReadBits(9);
if (stream.Read())
{
info.carrierFreq = CarrierFreqEUTRA.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
info.carrierBandwidth = CarrierBandwidthEUTRA.PerDecoder.Instance.Decode(input);
}
if (stream.Read())
{
info.additionalSpectrumEmission = input.ReadBits(5) + 1;
}
int nBits = 3;
info.t304 = (t304_Enum)input.ReadBits(nBits);
info.newUE_Identity = input.ReadBitString(0x10);
info.radioResourceConfigCommon = RadioResourceConfigCommon.PerDecoder.Instance.Decode(input);
if (stream.Read())
{
info.rach_ConfigDedicated = RACH_ConfigDedicated.PerDecoder.Instance.Decode(input);
}
if (flag)
{
stream2 = new BitMaskStream(input, 1);
if (stream2.Read())
{
info.carrierFreq_v9e0 = CarrierFreqEUTRA_v9e0.PerDecoder.Instance.Decode(input);
}
}
if (flag)
{
stream2 = new BitMaskStream(input, 1);
if (stream2.Read())
{
nBits = 1;
info.drb_ContinueROHC_r11 = (drb_ContinueROHC_r11_Enum)input.ReadBits(nBits);
}
}
return info;
}
public MeasObjectCDMA2000 Decode(BitArrayInputStream input)
{
MeasObjectCDMA2000 tcdma = new MeasObjectCDMA2000();
tcdma.InitDefaults();
input.ReadBit();
BitMaskStream stream = new BitMaskStream(input, 1);
BitMaskStream stream2 = new BitMaskStream(input, 4);
int nBits = 1;
tcdma.cdma2000_Type = (CDMA2000_Type)input.ReadBits(nBits);
tcdma.carrierFreq = CarrierFreqCDMA2000.PerDecoder.Instance.Decode(input);
if (stream2.Read())
{
tcdma.searchWindowSize = input.ReadBits(4);
}
if (stream.Read())
{
tcdma.offsetFreq = input.ReadBits(5) + -15;
}
if (stream2.Read())
{
tcdma.cellsToRemoveList = new List<long>();
nBits = 5;
int num3 = input.ReadBits(nBits) + 1;
for (int i = 0; i < num3; i++)
{
long item = input.ReadBits(5) + 1;
tcdma.cellsToRemoveList.Add(item);
}
}
if (stream2.Read())
{
tcdma.cellsToAddModList = new List<CellsToAddModCDMA2000>();
nBits = 5;
int num6 = input.ReadBits(nBits) + 1;
for (int j = 0; j < num6; j++)
{
CellsToAddModCDMA2000 dcdma = CellsToAddModCDMA2000.PerDecoder.Instance.Decode(input);
tcdma.cellsToAddModList.Add(dcdma);
}
}
if (stream2.Read())
{
tcdma.cellForWhichToReportCGI = input.ReadBits(9);
}
return tcdma;
}
public RSTD_InterFreqInfo_r10 Decode(BitArrayInputStream input)
{
RSTD_InterFreqInfo_r10 _r = new RSTD_InterFreqInfo_r10();
_r.InitDefaults();
bool flag = input.ReadBit() != 0;
_r.carrierFreq_r10 = input.ReadBits(0x10);
_r.measPRS_Offset_r10 = input.ReadBits(6);
if (flag)
{
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
_r.carrierFreq_v1090 = input.ReadBits(0x12) + 0x10000;
}
}
return _r;
}
public CQI_ReportConfig Decode(BitArrayInputStream input)
{
CQI_ReportConfig config = new CQI_ReportConfig();
config.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 2);
if (stream.Read())
{
int nBits = 3;
config.cqi_ReportModeAperiodic = (CQI_ReportModeAperiodic)input.ReadBits(nBits);
}
config.nomPDSCH_RS_EPRE_Offset = input.ReadBits(3) + -1;
if (stream.Read())
{
config.cqi_ReportPeriodic = CQI_ReportPeriodic.PerDecoder.Instance.Decode(input);
}
return config;
}
public setup_Type Decode(BitArrayInputStream input)
{
setup_Type type = new setup_Type();
type.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
int nBits = 3;
type.srs_BandwidthConfig = (srs_BandwidthConfig_Enum)input.ReadBits(nBits);
nBits = 4;
type.srs_SubframeConfig = (srs_SubframeConfig_Enum)input.ReadBits(nBits);
type.ackNackSRS_SimultaneousTransmission = input.ReadBit() == 1;
if (stream.Read())
{
nBits = 1;
type.srs_MaxUpPts = (srs_MaxUpPts_Enum)input.ReadBits(nBits);
}
return type;
}
public CSG_AllowedReportingCells_r9 Decode(BitArrayInputStream input)
{
CSG_AllowedReportingCells_r9 _r = new CSG_AllowedReportingCells_r9();
_r.InitDefaults();
BitMaskStream stream = new BitMaskStream(input, 1);
if (stream.Read())
{
_r.physCellIdRangeUTRA_FDDList_r9 = new List<PhysCellIdRangeUTRA_FDD_r9>();
int nBits = 2;
int num3 = input.ReadBits(nBits) + 1;
for (int i = 0; i < num3; i++)
{
PhysCellIdRangeUTRA_FDD_r9 item = PhysCellIdRangeUTRA_FDD_r9.PerDecoder.Instance.Decode(input);
_r.physCellIdRangeUTRA_FDDList_r9.Add(item);
}
}
return _r;
}
