public void Construct_NullValue_Throws() { Assert.Throws <ArgumentNullException>(() => { VisibleString _ = null; }); }
public void Construct_WhiteSpaceCombinations_Throws(string value) { Assert.Throws <ArgumentException>(() => { VisibleString _ = value; }); }
public void AccessValue_DefaultConstructed_ThrowsOnAccess() { var arr = new VisibleString[1]; Assert.Throws <InvalidOperationException>(() => { string _ = arr[0]; }); }
public Apdu(TLV tlv) : this() { base.Identifier = BerIdentifier.Encode(BerIdentifier.Application, BerIdentifier.Constructed, 1); base.Bytes = tlv.Bytes; ByteArraySegment pdu = tlv.Value.Bytes; pdu.Length = 0; TLV tmp = new TLV(pdu.EncapsulatedBytes()); gocbRef = new VisibleString(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); timeAllowedtoLive = new Integer(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); datSet = new VisibleString(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); if (IsGoIDTag(tmp.Tag.RawBytes)) { goID = new VisibleString(tmp); } pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); t = new UtcTime(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); stNum = new Integer(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); sqNum = new Integer(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); test = new TAsn1.Boolean(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); confRev = new Integer(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); ndsCom = new TAsn1.Boolean(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); numDatSetEntries = new Integer(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); int cnt = 0; // int len = tmp.Value.Bytes.Length; TLV data = new TLV(tmp.Value.Bytes); allData.Add(new Data(data)); cnt++; while (cnt < numDatSetEntries.Value) { data = new TLV(tmp.Value.Bytes.EncapsulatedBytes()); tmp.Value.Bytes.Length += data.Bytes.Length; //TLV data = new TLV(tmp.Value.Bytes); allData.Add(new Data(data)); cnt++; //tmp.Value.Bytes.Length += data.Bytes.Length; } }
private void _parse() { _datatype = ((DataType)m_io.ReadU1()); switch (Datatype) { case DataType.Integer: { _dataValue = new Integer(m_io, this, m_root); break; } case DataType.Unsigned: { _dataValue = new Unsigned(m_io, this, m_root); break; } case DataType.Long: { _dataValue = new Long(m_io, this, m_root); break; } case DataType.Boolean: { _dataValue = new Boolean(m_io, this, m_root); break; } case DataType.Structure: { _dataValue = new Structure(m_io, this, m_root); break; } case DataType.Array: { _dataValue = new Array(m_io, this, m_root); break; } case DataType.Float64: { _dataValue = new Float64(m_io, this, m_root); break; } case DataType.DoNotCare: { _dataValue = new DoNotCare(m_io, this, m_root); break; } case DataType.LongUnsigned: { _dataValue = new LongUnsigned(m_io, this, m_root); break; } case DataType.Time: { _dataValue = new Time(m_io, this, m_root); break; } case DataType.OctetString: { _dataValue = new OctetString(m_io, this, m_root); break; } case DataType.NullData: { _dataValue = new NullData(m_io, this, m_root); break; } case DataType.CompactArray: { _dataValue = new CompactArray(m_io, this, m_root); break; } case DataType.DateTime: { _dataValue = new DateTime(m_io, this, m_root); break; } case DataType.DoubleLongUnsigned: { _dataValue = new DoubleLongUnsigned(m_io, this, m_root); break; } case DataType.Float32: { _dataValue = new Float32(m_io, this, m_root); break; } case DataType.Long64Unsigned: { _dataValue = new Long64Unsigned(m_io, this, m_root); break; } case DataType.DoubleLong: { _dataValue = new DoubleLong(m_io, this, m_root); break; } case DataType.Long64: { _dataValue = new Long64(m_io, this, m_root); break; } case DataType.Date: { _dataValue = new Date(m_io, this, m_root); break; } case DataType.Enum: { _dataValue = new Enum(m_io, this, m_root); break; } case DataType.Bcd: { _dataValue = new Bcd(m_io, this, m_root); break; } case DataType.VisibleString: { _dataValue = new VisibleString(m_io, this, m_root); break; } case DataType.BitString: { _dataValue = new BitString(m_io, this, m_root); break; } } }
public Asdu(TLV tlv) : this() { Bytes = tlv.Bytes; ByteArraySegment pdu = tlv.Value.Bytes; pdu.Length = 0; TLV tmp = new TLV(pdu.EncapsulatedBytes()); svID = new VisibleString(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); if (IsDatset(tmp)) { datset = new VisibleString(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); } smpCnt = new Integer(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); confRev = new Integer(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); if (IsRefrTm(tmp)) { refrTm = new UtcTime(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); } smpSynch = new TAsn1.Boolean(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); if (!smpSynch.Value) { smpRate = new TAsn1.Boolean(tmp); pdu.Length += tmp.Bytes.Length; tmp = new TLV(pdu.EncapsulatedBytes()); } tmp = new TLV(pdu.EncapsulatedBytes()); ByteArraySegment chn = tmp.Value.Bytes; chn.Length = Channel.ChannelLength; sample.Add(new Channel(chn)); // Confirm the loop while (chn.Length + chn.Offset < chn.BytesLength) { chn = chn.EncapsulatedBytes(); chn.Length = Channel.ChannelLength; sample.Add(new Channel(chn)); } }