public Asn1Object(Stream asn1Stream)
{
if (!asn1Stream.CanRead)
{
throw new ArgumentException("Input data stream must be readable!");
}
// Get ID and Length from stream
identification = new Asn1Tag(asn1Stream);
length = new Asn1Length(asn1Stream);
// Check if has definite length (only kind currently supported)
if (length.LengthType == Asn1LengthType.LONG_INDEFINITE)
{
// Indefinite Length Streams (terminated by EOC)
throw new ArgumentException("Indefinite length ASN.1 streams are not supported!");
}
else
{
// Definite length stream
if (length.Length == 0)
{
contents = null;
}
else
{
// Create a new Stream containing just the contents bytes
Byte[] bytesRead = new Byte[length.Length];
asn1Stream.Read(bytesRead, (Int32)0, (Int32)length.Length);
contents = new MemoryStream(bytesRead, false);
}
}
}
public Asn1Object(Stream asn1Stream)
{
if (!asn1Stream.CanRead) throw new ArgumentException("Input data stream must be readable!");
// Get ID and Length from stream
identification = new Asn1Tag(asn1Stream);
length = new Asn1Length(asn1Stream);
// Check if has definite length (only kind currently supported)
if (length.LengthType == Asn1LengthType.LONG_INDEFINITE)
{
// Indefinite Length Streams (terminated by EOC)
throw new ArgumentException("Indefinite length ASN.1 streams are not supported!");
}
else
{
// Definite length stream
if (length.Length == 0)
contents = null;
else
{
// Create a new Stream containing just the contents bytes
Byte[] bytesRead = new Byte[length.Length];
asn1Stream.Read(bytesRead,(Int32)0,(Int32)length.Length);
contents = new MemoryStream(bytesRead,false);
}
}
}