public static void SetUInt64(byte[] Dest, int Offset, ulong Value, EndianTypes Endian)
{
if (Endian == EndianTypes.LittleEndian)
{
Dest[Offset] = (byte)Value;
Dest[Offset + 1] = (byte)(Value >> 8);
Dest[Offset + 2] = (byte)(Value >> 16);
Dest[Offset + 3] = (byte)(Value >> 24);
Dest[Offset + 4] = (byte)(Value >> 32);
Dest[Offset + 5] = (byte)(Value >> 40);
Dest[Offset + 6] = (byte)(Value >> 48);
Dest[Offset + 7] = (byte)(Value >> 56);
}
else
{
Dest[Offset] = (byte)(Value >> 56);
Dest[Offset + 1] = (byte)(Value >> 48);
Dest[Offset + 2] = (byte)(Value >> 40);
Dest[Offset + 3] = (byte)(Value >> 32);
Dest[Offset + 4] = (byte)(Value >> 24);
Dest[Offset + 5] = (byte)(Value >> 16);
Dest[Offset + 6] = (byte)(Value >> 8);
Dest[Offset + 7] = (byte)Value;
}
}
public virtual void Write(char[] Data, EndianTypes EndianType)
{
if (EndianType == EndianTypes.BigEndian)
{
Array.Reverse(Data);
}
base.Write(Data);
}
public virtual char[] ReadChars(int Count, EndianTypes EndianType)
{
var chars = base.ReadChars(Count);
if (EndianType == EndianTypes.BigEndian)
{
Array.Reverse(chars);
}
return(chars);
}
public virtual byte[] ReadBytes(int Count, EndianTypes EndianType)
{
var data = base.ReadBytes(Count);
if (EndianType == EndianTypes.BigEndian)
{
Array.Reverse(data);
}
return(data);
}
public virtual void WriteUInt56(ulong Value, EndianTypes EndianType)
{
if (Value > 0xFFFFFFFFFFFFFF)
{
throw new Exception("EndianWriter.WriteUInt56: Invalid value specified. It is too large for a uint56.");
}
var buffer = BitConverter.GetBytes(Value);
Array.Resize(ref buffer, 7);
Write(buffer, EndianType);
}
public static void SetUInt16(byte[] Dest, int Offset, ushort Value, EndianTypes Endian)
{
if (Endian == EndianTypes.LittleEndian)
{
Dest[Offset] = (byte)Value;
Dest[Offset + 1] = (byte)(Value >> 8);
}
else
{
Dest[Offset] = (byte)(Value >> 8);
Dest[Offset + 1] = (byte)Value;
}
}
public static void SetUInt32(byte[] Dest, int Offset, uint Value, EndianTypes Endian)
{
if (Endian == EndianTypes.LittleEndian)
{
Dest[Offset] = (byte)Value;
Dest[Offset + 1] = (byte)(Value >> 8);
Dest[Offset + 2] = (byte)(Value >> 16);
Dest[Offset + 3] = (byte)(Value >> 24);
}
else
{
Dest[Offset] = (byte)(Value >> 24);
Dest[Offset + 1] = (byte)(Value >> 16);
Dest[Offset + 2] = (byte)(Value >> 8);
Dest[Offset + 3] = (byte)Value;
}
}
public EndianIO(Stream Stream, EndianTypes EndianType)
{
if (!Stream.CanSeek)
{
throw new Exception("EndianIO: Invalid stream specified. It doesn't support seeking.");
}
if (Stream.CanRead)
{
rdr = new EndianReader(Stream, EndianType);
}
if (Stream.CanWrite)
{
wtr = new EndianWriter(Stream, EndianType);
}
this.EndianType = EndianType;
this.Stream = Stream;
IsOpen = true;
}
public static ulong GetUInt64(byte[] Source, int Offset, EndianTypes Endian)
{
return((ulong)GetInt64(Source, Offset, Endian));
}
public static uint GetUInt32(byte[] Source, int Offset, EndianTypes Endian)
{
return((uint)GetInt32(Source, Offset, Endian));
}
public static long GetInt64(byte[] Source, int Offset, EndianTypes Endian)
{
return(Endian == EndianTypes.LittleEndian ? (uint)(((Source[Offset] | (Source[Offset + 1] << 8)) | (Source[Offset + 2] << 0x10)) | (Source[Offset + 3] << 0x18)) | ((long)(((Source[Offset + 4] | (Source[Offset + 5] << 8)) | (Source[Offset + 6] << 0x10)) | (Source[Offset + 7] << 0x18)) << 32) : (uint)((((Source[Offset + 4] << 0x18) | (Source[Offset + 5] << 0x10)) | (Source[Offset + 6] << 8)) | Source[Offset + 7]) | ((long)((((Source[Offset] << 0x18) | (Source[Offset + 1] << 0x10)) | (Source[Offset + 2] << 8)) | Source[Offset + 3]) << 32));
}
public virtual double ReadDouble(EndianTypes EndianType)
{
return(BitConverter.ToDouble(ReadBytes(8, EndianType), 0));
}
public static int GetInt32(byte[] Source, int Offset, EndianTypes Endian)
{
return(Endian == EndianTypes.LittleEndian ? (((Source[Offset] | (Source[Offset + 1] << 8)) | (Source[Offset + 2] << 0x10)) | (Source[Offset + 3] << 0x18)) : ((((Source[Offset] << 0x18) | (Source[Offset + 1] << 0x10)) | (Source[Offset + 2] << 8)) | Source[Offset + 3]));
}
public static void SetInt32(byte[] Dest, int Offset, int Value, EndianTypes Endian)
{
SetUInt32(Dest, Offset, (uint)Value, Endian);
}
public static void SetInt64(byte[] Dest, int Offset, long Value, EndianTypes Endian)
{
SetUInt64(Dest, Offset, (ulong)Value, Endian);
}
public EndianIO(byte[] ByteArray, EndianTypes EndianType) : this(new MemoryStream(ByteArray), EndianType)
{
}
/// <summary>
/// Converts a byte array into a DIS1998 PDU
/// </summary>
/// <param name="rawPDU">Byte array that hold raw 1998 PDU</param>
/// <param name="pdu_type">Type of pdu</param>
/// <returns>PDU object</returns>
public DIS1998net.Pdu ConvertByteArrayToPDU1998(uint pdu_type, byte[] rawPDU, EndianTypes.Endian endian)
{
DIS1998net.Pdu pdu = DISnet.Utilities.PDUBank.GetPDU(pdu_type);
DataInputStream ds = new DataInputStream(rawPDU, endian);
ReturnUnmarshalledPDU(pdu, ds);
return pdu;
}
public virtual uint ReadUInt32(EndianTypes EndianType)
{
return(BitConverter.ToUInt32(ReadBytes(4, EndianType), 0));
}
public virtual void Write(float Value, EndianTypes EndianType)
{
Write(BitConverter.GetBytes(Value), EndianType);
}
public virtual ulong ReadUInt56(EndianTypes EndianType)
{
var array = ReadBytes(7, EndianType);
return((ulong)array[6] << 48 | (ulong)array[5] << 40 | (ulong)array[4] << 32 | (ulong)array[3] << 24 | (ulong)array[2] << 16 | (ulong)array[1] << 8 | (ulong)array[0]);
}
public EndianWriter(Stream Input, EndianTypes EndianType) : base(Input)
{
this.EndianType = EndianType;
}
public virtual float ReadSingle(EndianTypes EndianType)
{
return(BitConverter.ToSingle(ReadBytes(4, EndianType), 0));
}
//Setting
public static void SetInt16(byte[] Dest, int Offset, short Value, EndianTypes Endian)
{
SetUInt16(Dest, Offset, (ushort)Value, Endian);
}
/// <summary>
/// Converts a byte array into a DIS1998 PDU
/// </summary>
/// <param name="rawPDU">Byte array that hold raw 1998 PDU</param>
/// <param name="pdu_type">Type of pdu</param>
/// <returns>PDU object</returns>
public DIS1998net.Pdu ConvertByteArrayToPDU1998(byte pdu_type, byte[] rawPDU, EndianTypes.Endian endian)
{
DIS1998net.Pdu pdu = DISnet.Utilities.PDUBank.GetPDU(pdu_type);
DataInputStream ds = new DataInputStream(rawPDU, endian);
//ReturnUnmarshalledPDU(pdu, ds); //Removed this method to get rid of using Reflection
return UnMarshalRawPDU(pdu_type, rawPDU, endian);
//return pdu;
}
public virtual uint ReadUInt24(EndianTypes EndianType)
{
var array = ReadBytes(3, EndianType);
return((uint)(array[2] << 16) | (uint)(array[1] << 8) | (uint)array[0]);
}
//Getting
public static short GetInt16(byte[] Source, int Offset, EndianTypes Endian)
{
return(Endian == EndianTypes.LittleEndian ? (short)(Source[Offset] | (Source[Offset + 1] << 8)) : (short)((Source[Offset] << 8) | Source[Offset + 1]));
}
public virtual ushort ReadUInt16(EndianTypes EndianType)
{
return(BitConverter.ToUInt16(ReadBytes(2, EndianType), 0));
}
public static ushort GetUInt16(byte[] Source, int Offset, EndianTypes Endian)
{
return((ushort)GetInt16(Source, Offset, Endian));
}
public EndianIO(string FileLocation, EndianTypes EndianType, FileMode Mode = FileMode.Open, FileAccess Access = FileAccess.ReadWrite, FileShare Share = FileShare.Read) : this(new FileStream(FileLocation, Mode, Access, Share), EndianType)
{
this.FileLocation = FileLocation;
}
public virtual ulong ReadUInt64(EndianTypes EndianType)
{
return(BitConverter.ToUInt64(ReadBytes(8, EndianType), 0));
}