public override SoapFilterResult ProcessMessage(SoapEnvelope envelope)
{
var certificate = Signering.validateSignature(envelope.DocumentElement, "MessageSignature", "", NamespaceAlias.wsse, true);
HashValues hv = Signering.GetHashValues(envelope);
if (hv.IsSingleSignOn)
{
if (certificate.GetCertHashString() == hv.ClientVOCESHash)
{
return(SoapFilterResult.Continue);
}
}
else
{
if (CertificateUtil.Validate(certificate))
{
if (cf(certificate))
{
return(SoapFilterResult.Continue);
}
}
throw new Exception("certifikat ikke accepteret");
}
return(SoapFilterResult.Terminate);
}
public override SoapFilterResult ProcessMessage(SoapEnvelope envelope)
{
try
{
if (SericeUtil.versionsnummer(envelope) != "1.1" && ServiceAcceptOtherThan11)
{
return(SoapFilterResult.Continue);
}
var certificate = Signering.validateSignature(envelope.DocumentElement, "MessageSignature", "", NamespaceAlias.wsse, true);
if (certificate == null)
{
return(errorhandler.makeServiceError(new ErrorType(ErrorCode.InvalidInput, "Fejl i MessageSignature")));
}
HashValues hv = Signering.GetHashValues(envelope);
if (hv.IsSingleSignOn)
{
if (certificate.GetCertHashString() == hv.ClientVOCESHash)
{
return(SoapFilterResult.Continue);
}
}
else
{
if (cf(certificate))
{
return(SoapFilterResult.Continue);
}
}
return(errorhandler.makeServiceError(new ErrorType(ErrorCode.NotAuthorized, "MessageSignature ikke accepteret")));
}
catch (Exception ex)
{
return(errorhandler.makeServiceError(new ErrorType(ErrorCode.InternalError, "MessageSignServiceInFilter " + ex.Message)));
}
}
