/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
if (Extensions == null || Extensions.Count == 0) {
Buffer.Encode__Object (null, 0, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Extension _Index in Extensions) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 0, -1);
}
Buffer.Debug ("Extensions");
if (SubjectAltName == null || SubjectAltName.Count == 0) {
Buffer.Encode__Object (null, 0, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.SubjectAltName _Index in SubjectAltName) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 0, -1);
}
Buffer.Debug ("SubjectAltName");
if (Subject == null || Subject.Count == 0) {
Buffer.Encode__Object (null, 0, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Name _Index in Subject) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 0, -1);
}
Buffer.Debug ("Subject");
Buffer.Encode__Octets (SubjectKeyIdentifier, 0, -1);
Buffer.Debug ("SubjectKeyIdentifier");
Buffer.Encode__Octets (IssuerKeyIdentifier, 0, -1);
Buffer.Debug ("IssuerKeyIdentifier");
Buffer.Encode__Time (Issued, 0, -1);
Buffer.Debug ("Issued");
Buffer.Encode__Integer (Version, 0, -1);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
if (Attributes == null || Attributes.Count == 0) {
Buffer.Encode__Object (null, 1, 0);
}
else {
int XPosition = Buffer.Encode__Set_Start();
foreach (Goedel.Cryptography.PKIX.AttributeTypeValues _Index in Attributes) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Set_End(XPosition, 1, 0);
}
Buffer.Debug ("Attributes");
Buffer.Encode__Octets (PrivateKey, 0, -1);
Buffer.Debug ("PrivateKey");
Buffer.Encode__Object (PrivateKeyAlgorithm, 0, -1);
Buffer.Debug ("PrivateKeyAlgorithm");
Buffer.Encode__Integer (Version, 0, -1);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
Buffer.Encode__BigInteger (Coefficient, 0, -1);
Buffer.Debug ("Coefficient");
Buffer.Encode__BigInteger (Exponent2, 0, -1);
Buffer.Debug ("Exponent2");
Buffer.Encode__BigInteger (Exponent1, 0, -1);
Buffer.Debug ("Exponent1");
Buffer.Encode__BigInteger (Prime2, 0, -1);
Buffer.Debug ("Prime2");
Buffer.Encode__BigInteger (Prime1, 0, -1);
Buffer.Debug ("Prime1");
Buffer.Encode__BigInteger (PrivateExponent, 0, -1);
Buffer.Debug ("PrivateExponent");
Buffer.Encode__BigInteger (PublicExponent, 0, -1);
Buffer.Debug ("PublicExponent");
Buffer.Encode__BigInteger (Modulus, 0, -1);
Buffer.Debug ("Modulus");
Buffer.Encode__Integer (Version, 0, -1);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
// Default is 1
if (Iterations != 1) {
Buffer.Encode__Integer (Iterations, 0, -1);
}
Buffer.Debug ("Iterations");
Buffer.Encode__Octets (MacSalt, 0, -1);
Buffer.Debug ("MacSalt");
Buffer.Encode__Object (MAC, 0, -1);
Buffer.Debug ("MAC");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
Buffer.Encode__Object (EncryptedContent, 0, -1);
Buffer.Debug ("EncryptedContent");
Buffer.Encode__Integer (Version, 0, -1);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
Buffer.Encode__Integer (Maximum, 0, 1);
Buffer.Debug ("Maximum");
Buffer.Encode__Integer (Minimum, 0, 0);
Buffer.Debug ("Minimum");
Buffer.Encode__Object (Base, 0, -1);
Buffer.Debug ("Base");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
Buffer.Encode__Object (MacData, 4, -1);
Buffer.Debug ("MacData");
Buffer.Encode__Object (AuthSafe, 0, -1);
Buffer.Debug ("AuthSafe");
Buffer.Encode__Integer (Version, 0, -1);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
Buffer.Encode__Integer (PathLenConstraint, 4, -1);
// Default is false
if (CA != false) {
Buffer.Encode__Boolean (CA, 0, -1);
}
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
Buffer.Encode__Integer (AuthorityCertSerialNumber, 12, 2);
if (AuthorityCertIssuer == null || AuthorityCertIssuer.Count == 0) {
Buffer.Encode__Object (null, 12, 1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.GeneralName _Index in AuthorityCertIssuer) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 12, 1);
}
Buffer.Encode__Octets (KeyIdentifier, 12, 0);
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
if (Attributes == null || Attributes.Count == 0) {
Buffer.Encode__Object (null, 1, 0);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.AttributeTypeValues _Index in Attributes) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 1, 0);
}
Buffer.Debug ("Attributes");
Buffer.Encode__Object (SubjectPublicKeyInfo, 0, -1);
Buffer.Debug ("SubjectPublicKeyInfo");
if (Subject == null || Subject.Count == 0) {
Buffer.Encode__Object (null, 0, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Name _Index in Subject) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 0, -1);
}
Buffer.Debug ("Subject");
Buffer.Encode__Integer (Version, 0, -1);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
if (CrlExtensions == null || CrlExtensions.Count == 0) {
Buffer.Encode__Object (null, 2, 0);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Extension _Index in CrlExtensions) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 2, 0);
}
Buffer.Debug ("CrlExtensions");
if (RevokedCertificates == null || RevokedCertificates.Count == 0) {
Buffer.Encode__Object (null, 4, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.CertEntry _Index in RevokedCertificates) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 4, -1);
}
Buffer.Debug ("RevokedCertificates");
Buffer.Encode__Time (NextUpdate, 4, -1);
Buffer.Debug ("NextUpdate");
Buffer.Encode__Time (ThisUpdate, 0, -1);
Buffer.Debug ("ThisUpdate");
if (Issuer == null || Issuer.Count == 0) {
Buffer.Encode__Object (null, 0, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Name _Index in Issuer) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 0, -1);
}
Buffer.Debug ("Issuer");
Buffer.Encode__Object (Signature, 0, -1);
Buffer.Debug ("Signature");
Buffer.Encode__Integer (Version, 4, -1);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}
/// <summary>
/// Encode ASN.1 class members to specified buffer.
///
/// NB Assinine ASN.1 DER encoding rules requires members be added in reverse order.
/// </summary>
/// <param name="Buffer">Output buffer</param>
public override void Encode (Goedel.ASN1.Buffer Buffer) {
int Position = Buffer.Encode__Sequence_Start ();
if (Extensions == null || Extensions.Count == 0) {
Buffer.Encode__Object (null, 6, 3);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Extension _Index in Extensions) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 6, 3);
}
Buffer.Debug ("Extensions");
Buffer.Encode__Bits (SubjectUniqueID, 5, 2);
Buffer.Debug ("SubjectUniqueID");
Buffer.Encode__Bits (IssuerUniqueID, 5, 1);
Buffer.Debug ("IssuerUniqueID");
Buffer.Encode__Object (SubjectPublicKeyInfo, 0, -1);
Buffer.Debug ("SubjectPublicKeyInfo");
if (Subject == null || Subject.Count == 0) {
Buffer.Encode__Object (null, 0, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Name _Index in Subject) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 0, -1);
}
Buffer.Debug ("Subject");
Buffer.Encode__Object (Validity, 0, -1);
Buffer.Debug ("Validity");
if (Issuer == null || Issuer.Count == 0) {
Buffer.Encode__Object (null, 0, -1);
}
else {
int XPosition = Buffer.Encode__Sequence_Start();
foreach (Goedel.Cryptography.PKIX.Name _Index in Issuer) {
Buffer.Encode__Object (_Index, 0, 0);
}
Buffer.Encode__Sequence_End(XPosition, 0, -1);
}
Buffer.Debug ("Issuer");
Buffer.Encode__Object (Signature, 0, -1);
Buffer.Debug ("Signature");
Buffer.Encode__BigInteger (SerialNumber, 0, -1);
Buffer.Debug ("SerialNumber");
Buffer.Encode__Integer (Version, 2, 0);
Buffer.Debug ("Version");
Buffer.Encode__Sequence_End (Position);
}