public InterFreqCarrierFreqInfo Decode(BitArrayInputStream input)
{
BitMaskStream stream3;
InterFreqCarrierFreqInfo info = new InterFreqCarrierFreqInfo();
info.InitDefaults();
bool flag = input.readBit() != 0;
BitMaskStream stream = new BitMaskStream(input, 1);
BitMaskStream stream2 = new BitMaskStream(input, 5);
info.dl_CarrierFreq = input.readBits(0x10);
info.q_RxLevMin = input.readBits(6) + -70;
if (stream2.Read())
{
info.p_Max = input.readBits(6) + -30;
}
info.t_ReselectionEUTRA = input.readBits(3);
if (stream2.Read())
{
info.t_ReselectionEUTRA_SF = SpeedStateScaleFactors.PerDecoder.Instance.Decode(input);
}
info.threshX_High = input.readBits(5);
info.threshX_Low = input.readBits(5);
int nBits = 3;
info.allowedMeasBandwidth = (AllowedMeasBandwidth)input.readBits(nBits);
info.presenceAntennaPort1 = input.readBit() == 1;
if (stream2.Read())
{
info.cellReselectionPriority = input.readBits(3);
}
info.neighCellConfig = input.readBitString(2);
if (stream.Read())
{
nBits = 5;
info.q_OffsetFreq = (Q_OffsetRange)input.readBits(nBits);
}
if (stream2.Read())
{
info.interFreqNeighCellList = new List <InterFreqNeighCellInfo>();
nBits = 4;
int num3 = input.readBits(nBits) + 1;
for (int i = 0; i < num3; i++)
{
InterFreqNeighCellInfo item = InterFreqNeighCellInfo.PerDecoder.Instance.Decode(input);
info.interFreqNeighCellList.Add(item);
}
}
if (stream2.Read())
{
info.interFreqBlackCellList = new List <PhysCellIdRange>();
nBits = 4;
int num5 = input.readBits(nBits) + 1;
for (int j = 0; j < num5; j++)
{
PhysCellIdRange range = PhysCellIdRange.PerDecoder.Instance.Decode(input);
info.interFreqBlackCellList.Add(range);
}
}
if (flag)
{
stream3 = new BitMaskStream(input, 2);
if (stream3.Read())
{
info.q_QualMin_r9 = input.readBits(5) + -34;
}
if (stream3.Read())
{
info.threshX_Q_r9 = threshX_Q_r9_Type.PerDecoder.Instance.Decode(input);
}
}
if (flag)
{
stream3 = new BitMaskStream(input, 1);
if (stream3.Read())
{
info.q_QualMinWB_r11 = input.readBits(5) + -34;
}
}
return(info);
}
public InterFreqCarrierFreqInfo Decode(BitArrayInputStream input)
{
BitMaskStream stream3;
InterFreqCarrierFreqInfo info = new InterFreqCarrierFreqInfo();
info.InitDefaults();
bool flag = input.readBit() != 0;
BitMaskStream stream = new BitMaskStream(input, 1);
BitMaskStream stream2 = new BitMaskStream(input, 5);
info.dl_CarrierFreq = input.readBits(0x10);
info.q_RxLevMin = input.readBits(6) + -70;
if (stream2.Read())
{
info.p_Max = input.readBits(6) + -30;
}
info.t_ReselectionEUTRA = input.readBits(3);
if (stream2.Read())
{
info.t_ReselectionEUTRA_SF = SpeedStateScaleFactors.PerDecoder.Instance.Decode(input);
}
info.threshX_High = input.readBits(5);
info.threshX_Low = input.readBits(5);
int nBits = 3;
info.allowedMeasBandwidth = (AllowedMeasBandwidth)input.readBits(nBits);
info.presenceAntennaPort1 = input.readBit() == 1;
if (stream2.Read())
{
info.cellReselectionPriority = input.readBits(3);
}
info.neighCellConfig = input.readBitString(2);
if (stream.Read())
{
nBits = 5;
info.q_OffsetFreq = (Q_OffsetRange)input.readBits(nBits);
}
if (stream2.Read())
{
info.interFreqNeighCellList = new List<InterFreqNeighCellInfo>();
nBits = 4;
int num3 = input.readBits(nBits) + 1;
for (int i = 0; i < num3; i++)
{
InterFreqNeighCellInfo item = InterFreqNeighCellInfo.PerDecoder.Instance.Decode(input);
info.interFreqNeighCellList.Add(item);
}
}
if (stream2.Read())
{
info.interFreqBlackCellList = new List<PhysCellIdRange>();
nBits = 4;
int num5 = input.readBits(nBits) + 1;
for (int j = 0; j < num5; j++)
{
PhysCellIdRange range = PhysCellIdRange.PerDecoder.Instance.Decode(input);
info.interFreqBlackCellList.Add(range);
}
}
if (flag)
{
stream3 = new BitMaskStream(input, 2);
if (stream3.Read())
{
info.q_QualMin_r9 = input.readBits(5) + -34;
}
if (stream3.Read())
{
info.threshX_Q_r9 = threshX_Q_r9_Type.PerDecoder.Instance.Decode(input);
}
}
if (flag)
{
stream3 = new BitMaskStream(input, 1);
if (stream3.Read())
{
info.q_QualMinWB_r11 = input.readBits(5) + -34;
}
}
return info;
}
