private void DecodeExtension()
{
using (var decoder = new DefaultDerAsnDecoder()) {
decoder.RegisterType(ContextSpecificString.Id, (dcdr, identifier, data) => new ContextSpecificString(dcdr, identifier, data));
var sequence = decoder.Decode(RawData) as DerAsnSequence;
_AccessDescriptions = new AccessDescriptionList(sequence.Value).Extract();
_decoded = true;
}
}
private void DecodeExtension()
{
using (var decoder = new DefaultDerAsnDecoder()) {
decoder.RegisterType(ContextSpecificSequence.Id, (dcdr, identifier, data) => new ContextSpecificSequence(dcdr, identifier, data));
decoder.RegisterType(ContextSpecificString.Id, (dcdr, identifier, data) => new ContextSpecificString(dcdr, identifier, data));
var sequence = decoder.Decode(RawData) as DerAsnSequence;
_DistributionPoints = new CRLDistributionPoints(sequence.Value).Extract();
_decoded = true;
}
}
/// <summary>
/// Create a CRL from raw DER ASN.1 data
/// </summary>
/// <returns></returns>
public static CertificateRevocationListSequence Load(byte[] rawData)
{
if (rawData == null)
{
throw new ArgumentNullException(nameof(rawData));
}
CertificateRevocationListSequence sequence;
using (var decoder = new DefaultDerAsnDecoder()) {
decoder.RegisterType(ContextSpecificSequence.Id, (dcdr, identifier, data) => new ContextSpecificSequence(dcdr, identifier, data));
decoder.RegisterType(OctetStringSequence.Id, (dcdr, identifier, data) => new OctetStringSequence(dcdr, identifier, data));
decoder.RegisterType(DerAsnEnumerated.Id, (dcdr, identifier, data) => new DerAsnEnumerated(dcdr, identifier, data));
sequence = new CertificateRevocationListSequence(((DerAsnSequence)decoder.Decode(rawData)).Value);
}
return(sequence);
}
public static string DerToPem(byte[] der)
{
var decoder = new DefaultDerAsnDecoder();
return(decoder.Decode(der).Value as string);
}
public void Decode_ShouldDecodeAllKnownDefaultTypes(Type expectedType, byte[] rawData)
{
var decoder = new DefaultDerAsnDecoder();
Assert.That(decoder.Decode(rawData), Is.InstanceOf(expectedType));
}
