public Write ( byte buffer, int offset, int count ) : void | ||
buffer | byte | |
offset | int | |
count | int | |
Результат | void |
/// <summary> /// Gets the encoded contents. /// </summary> /// <returns></returns> public byte[] GetEncodedContents() { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.Write(PublicKeyPacket.GetEncodedContents()); pOut.WriteByte((byte)this.S2KUsage); if (this.S2KUsage == UsageChecksum || this.S2KUsage == UsageSha1) { pOut.WriteByte((byte)this.EncAlgorithm); pOut.WriteObject(this.S2K); } if (_iv != null) { pOut.Write(_iv); } if (_secKeyData != null && _secKeyData.Length > 0) { pOut.Write(_secKeyData); } return(bOut.ToArray()); } } }
public byte[] GetEncodedContents() { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.Write(pubKeyPacket.GetEncodedContents()); pOut.WriteByte((byte)s2kUsage); if (s2kUsage == UsageChecksum || s2kUsage == UsageSha1) { pOut.WriteByte((byte)encAlgorithm); pOut.WriteObject(s2k); } if (iv != null) { pOut.Write(iv); } if (secKeyData != null && secKeyData.Length > 0) { pOut.Write(secKeyData); } return(bOut.ToArray()); }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.WriteByte((byte)version); if (version == 3 || version == 2) { pOut.Write( 5, // the length of the next block (byte)signatureType); pOut.WriteInt((int)(creationTime / 1000L)); pOut.WriteLong(keyId); pOut.Write( (byte)keyAlgorithm, (byte)hashAlgorithm); } else if (version == 4) { pOut.Write( (byte)signatureType, (byte)keyAlgorithm, (byte)hashAlgorithm); EncodeLengthAndData(pOut, GetEncodedSubpackets(hashedData)); EncodeLengthAndData(pOut, GetEncodedSubpackets(unhashedData)); } else { throw new IOException("unknown version: " + version); } pOut.Write(fingerprint); if (signature != null) { pOut.WriteObjects(signature); } else { pOut.Write(signatureEncoding); } bcpgOut.WritePacket(PacketTag.Signature, bOut.ToArray(), true); }
public override void Encode(IBcpgOutputStream bcpgOut) { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.WriteByte((byte)_version); switch (_version) { case 2: case 3: pOut.Write( 5, // the length of the next block (byte)_signatureType); pOut.WriteInt((int)(CreationTime / 1000L)); pOut.WriteLong(_keyId); pOut.Write( (byte)_keyAlgorithm, (byte)_hashAlgorithm); break; case 4: pOut.Write( (byte)_signatureType, (byte)_keyAlgorithm, (byte)_hashAlgorithm); EncodeLengthAndData(pOut, GetEncodedSubpackets(_hashedData)); EncodeLengthAndData(pOut, GetEncodedSubpackets(_unhashedData)); break; default: throw new IOException("unknown version: " + _version); } pOut.Write(_fingerprint); if (_signature != null) { pOut.WriteObjects(_signature); } else { pOut.Write(_signatureEncoding); } bcpgOut.WritePacket(PacketTag.Signature, bOut.ToArray(), true); } } }
public override void Encode(BcpgOutputStream bcpgOut) { //IL_0000: Unknown result type (might be due to invalid IL or missing references) //IL_0006: Expected O, but got Unknown MemoryStream val = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream((Stream)(object)val); bcpgOutputStream.Write((byte)version, (byte)encAlgorithm); bcpgOutputStream.WriteObject(s2k); if (secKeyData != null && secKeyData.Length > 0) { bcpgOutputStream.Write(secKeyData); } bcpgOut.WritePacket(PacketTag.SymmetricKeyEncryptedSessionKey, val.ToArray(), oldFormat: true); }
private static void EncodeLengthAndData( BcpgOutputStream pOut, byte[] data) { pOut.WriteShort((short)data.Length); pOut.Write(data); }
public override void Encode(IBcpgOutputStream bcpgOut) { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.WriteByte((byte)_version); pOut.WriteLong(_keyId); pOut.WriteByte((byte)_algorithm); for (var i = 0; i != _data.Length; i++) { MPInteger.EncodeInteger(pOut, _data[i]); } if (_extraData != null) { if (_extraData.Length > 0xFF) { throw new PgpException("Extra Data is too large."); } pOut.WriteByte((byte)_extraData.Length); pOut.Write(_extraData, 0, _extraData.Length); } bcpgOut.WritePacket(PacketTag.PublicKeyEncryptedSession, bOut.ToArray(), true); } } }
public override void Encode( BcpgOutputStream bcpgOut) { bcpgOut.WriteByte((byte)type); bcpgOut.WriteByte((byte)algorithm); if (type != GnuDummyS2K) { if (type != 0) { bcpgOut.Write(iv); } if (type == 3) { bcpgOut.WriteByte((byte)itCount); } } else { bcpgOut.WriteByte((byte)'G'); bcpgOut.WriteByte((byte)'N'); bcpgOut.WriteByte((byte)'U'); bcpgOut.WriteByte((byte)protectionMode); } }
internal static void Encode( BcpgOutputStream bcpgOut, BigInteger val) { bcpgOut.WriteShort((short) val.BitLength); bcpgOut.Write(val.ToByteArrayUnsigned()); }
internal static void Encode( BcpgOutputStream bcpgOut, BigInteger val) { bcpgOut.WriteShort((short)val.BitLength); bcpgOut.Write(val.ToByteArrayUnsigned()); }
public override void Encode(BcpgOutputStream bcpgOut) { MemoryStream memoryStream = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream(memoryStream); bcpgOutputStream.WriteByte((byte)this.version); if (this.version == 3 || this.version == 2) { bcpgOutputStream.Write(new byte[] { 5, (byte)this.signatureType }); bcpgOutputStream.WriteInt((int)(this.creationTime / 1000L)); bcpgOutputStream.WriteLong(this.keyId); bcpgOutputStream.Write(new byte[] { (byte)this.keyAlgorithm, (byte)this.hashAlgorithm }); } else { if (this.version != 4) { throw new IOException("unknown version: " + this.version); } bcpgOutputStream.Write(new byte[] { (byte)this.signatureType, (byte)this.keyAlgorithm, (byte)this.hashAlgorithm }); SignaturePacket.EncodeLengthAndData(bcpgOutputStream, SignaturePacket.GetEncodedSubpackets(this.hashedData)); SignaturePacket.EncodeLengthAndData(bcpgOutputStream, SignaturePacket.GetEncodedSubpackets(this.unhashedData)); } bcpgOutputStream.Write(this.fingerprint); if (this.signature != null) { bcpgOutputStream.WriteObjects(this.signature); } else { bcpgOutputStream.Write(this.signatureEncoding); } bcpgOut.WritePacket(PacketTag.Signature, memoryStream.ToArray(), true); }
public override void Encode(BcpgOutputStream bcpgOut) { MemoryStream memoryStream = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream(memoryStream); bcpgOutputStream.Write(new byte[] { (byte)this.version, (byte)this.encAlgorithm }); bcpgOutputStream.WriteObject(this.s2k); if (this.secKeyData != null && this.secKeyData.Length > 0) { bcpgOutputStream.Write(this.secKeyData); } bcpgOut.WritePacket(PacketTag.SymmetricKeyEncryptedSessionKey, memoryStream.ToArray(), true); }
public override void Encode( BcpgOutputStream bcpgOut) { byte[] oid = this.oid.GetEncoded(); bcpgOut.Write(oid, 1, oid.Length - 1); MPInteger point = new MPInteger(this.point); bcpgOut.WriteObject(point); }
public override void Encode( BcpgOutputStream bcpgOut) { int length = val.BitLength; bcpgOut.WriteByte((byte)(length >> 8)); bcpgOut.WriteByte((byte)length); byte[] bytes = val.ToByteArray(); if (bytes[0] == 0) { bcpgOut.Write(bytes, 1, bytes.Length - 1); } else { bcpgOut.Write(bytes); } }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.Write( (byte) version, (byte) encAlgorithm); pOut.WriteObject(s2k); if (secKeyData != null && secKeyData.Length > 0) { pOut.Write(secKeyData); } bcpgOut.WritePacket(PacketTag.SymmetricKeyEncryptedSessionKey, bOut.ToArray(), true); }
public override void Encode( BcpgOutputStream bcpgOut) { int length = val.BitLength; bcpgOut.WriteByte((byte) (length >> 8)); bcpgOut.WriteByte((byte) length); byte[] bytes = val.ToByteArray(); if (bytes[0] == 0) { bcpgOut.Write(bytes, 1, bytes.Length - 1); } else { bcpgOut.Write(bytes); } }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.Write( (byte)version, (byte)encAlgorithm); pOut.WriteObject(s2k); if (secKeyData != null && secKeyData.Length > 0) { pOut.Write(secKeyData); } bcpgOut.WritePacket(PacketTag.SymmetricKeyEncryptedSessionKey, bOut.ToArray(), true); }
public override void Encode( BcpgOutputStream bcpgOut) { byte[] oid = this.oid.GetEncoded(); bcpgOut.Write(oid, 1, oid.Length - 1); MPInteger point = new MPInteger(this.point); bcpgOut.WriteObject(point); }
/// <summary> /// Encodes this instance to the given stream. /// </summary> /// <param name="bcpgOut">The BCPG out.</param> public override void Encode(IBcpgOutputStream bcpgOut) { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.Write( (byte)Version, (byte)EncAlgorithm); pOut.WriteObject(S2K); if (_secKeyData != null && _secKeyData.Length > 0) { pOut.Write(_secKeyData); } bcpgOut.WritePacket(PacketTag.SymmetricKeyEncryptedSessionKey, bOut.ToArray(), true); } } }
public override void Encode(BcpgOutputStream bcpgOut) { //IL_0000: Unknown result type (might be due to invalid IL or missing references) //IL_0006: Expected O, but got Unknown MemoryStream val = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream((Stream)(object)val); bcpgOutputStream.Write((byte)version, (byte)sigType, (byte)hashAlgorithm, (byte)keyAlgorithm); bcpgOutputStream.WriteLong(keyId); ((Stream)bcpgOutputStream).WriteByte((byte)nested); bcpgOut.WritePacket(PacketTag.OnePassSignature, val.ToArray(), oldFormat: true); }
public byte[] GetEncodedContents() { MemoryStream memoryStream = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream(memoryStream); bcpgOutputStream.Write(this.pubKeyPacket.GetEncodedContents()); bcpgOutputStream.WriteByte((byte)this.s2kUsage); if (this.s2kUsage == 255 || this.s2kUsage == 254) { bcpgOutputStream.WriteByte((byte)this.encAlgorithm); bcpgOutputStream.WriteObject(this.s2k); } if (this.iv != null) { bcpgOutputStream.Write(this.iv); } if (this.secKeyData != null && this.secKeyData.Length > 0) { bcpgOutputStream.Write(this.secKeyData); } return(memoryStream.ToArray()); }
public static void SignFile(Stream input, Stream outputStream, Stream keyIn, char[] pass) { var secretKey = ReadSecretKey(keyIn); var privateKey = secretKey.ExtractPrivateKey(pass); var signatureGenerator = new PgpSignatureGenerator(secretKey.PublicKey.Algorithm, HashAlgorithmTag.Sha1); var subpacketGenerator = new PgpSignatureSubpacketGenerator(); signatureGenerator.InitSign(PgpSignature.CanonicalTextDocument, privateKey); foreach (string userId in secretKey.PublicKey.GetUserIds()) { var signatureSubpacketGenerator = new PgpSignatureSubpacketGenerator(); signatureSubpacketGenerator.SetSignerUserId(isCritical: false, userId: userId); signatureGenerator.SetHashedSubpackets(signatureSubpacketGenerator.Generate()); // Just the first one! break; } // Closing armouredOutputStream does not close the underlying stream var armouredOutputStream = new ArmoredOutputStream(outputStream); using (var bcpgOutputStream = new BcpgOutputStream(armouredOutputStream)) { armouredOutputStream.BeginClearText(HashAlgorithmTag.Sha1); int chr; while ((chr = input.ReadByte()) > 0) { signatureGenerator.Update((byte)chr); bcpgOutputStream.Write((byte)chr); } // For some reason we need to add a trailing newline bcpgOutputStream.Write((byte)'\n'); armouredOutputStream.EndClearText(); signatureGenerator.Generate().Encode(bcpgOutputStream); } }
public override void Encode(BcpgOutputStream bcpgOut) { //IL_0000: Unknown result type (might be due to invalid IL or missing references) //IL_0006: Expected O, but got Unknown //IL_00fa: Unknown result type (might be due to invalid IL or missing references) MemoryStream val = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream((Stream)(object)val); ((Stream)bcpgOutputStream).WriteByte((byte)version); if (version == 3 || version == 2) { bcpgOutputStream.Write(5, (byte)signatureType); bcpgOutputStream.WriteInt((int)(creationTime / 1000)); bcpgOutputStream.WriteLong(keyId); bcpgOutputStream.Write((byte)keyAlgorithm, (byte)hashAlgorithm); } else { if (version != 4) { throw new IOException(string.Concat((object)"unknown version: ", (object)version)); } bcpgOutputStream.Write((byte)signatureType, (byte)keyAlgorithm, (byte)hashAlgorithm); EncodeLengthAndData(bcpgOutputStream, GetEncodedSubpackets(hashedData)); EncodeLengthAndData(bcpgOutputStream, GetEncodedSubpackets(unhashedData)); } bcpgOutputStream.Write(fingerprint); if (signature != null) { bcpgOutputStream.WriteObjects(signature); } else { bcpgOutputStream.Write(signatureEncoding); } bcpgOut.WritePacket(PacketTag.Signature, val.ToArray(), oldFormat: true); }
public byte[] GetEncodedContents() { //IL_0000: Unknown result type (might be due to invalid IL or missing references) //IL_0006: Expected O, but got Unknown MemoryStream val = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream((Stream)(object)val); bcpgOutputStream.Write(pubKeyPacket.GetEncodedContents()); ((Stream)bcpgOutputStream).WriteByte((byte)s2kUsage); if (s2kUsage == 255 || s2kUsage == 254) { ((Stream)bcpgOutputStream).WriteByte((byte)encAlgorithm); bcpgOutputStream.WriteObject(s2k); } if (iv != null) { bcpgOutputStream.Write(iv); } if (secKeyData != null && secKeyData.Length > 0) { bcpgOutputStream.Write(secKeyData); } return(val.ToArray()); }
public override void Encode(BcpgOutputStream bcpgOut) { MemoryStream memoryStream = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream(memoryStream); bcpgOutputStream.Write(new byte[] { (byte)this.version, (byte)this.sigType, (byte)this.hashAlgorithm, (byte)this.keyAlgorithm }); bcpgOutputStream.WriteLong(this.keyId); bcpgOutputStream.WriteByte((byte)this.nested); bcpgOut.WritePacket(PacketTag.OnePassSignature, memoryStream.ToArray(), true); }
public override void Encode(BcpgOutputStream bcpgOut) { //IL_0000: Unknown result type (might be due to invalid IL or missing references) //IL_0006: Expected O, but got Unknown MemoryStream val = new MemoryStream(); BcpgOutputStream bcpgOutputStream = new BcpgOutputStream((Stream)(object)val); ((Stream)bcpgOutputStream).WriteByte((byte)version); bcpgOutputStream.WriteLong(keyId); ((Stream)bcpgOutputStream).WriteByte((byte)algorithm); for (int i = 0; i < data.Length; i++) { bcpgOutputStream.Write(data[i]); } Platform.Dispose((Stream)(object)bcpgOutputStream); bcpgOut.WritePacket(PacketTag.PublicKeyEncryptedSession, val.ToArray(), oldFormat: true); }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.Write( (byte) version, (byte) sigType, (byte) hashAlgorithm, (byte) keyAlgorithm); pOut.WriteLong(keyId); pOut.WriteByte((byte) nested); bcpgOut.WritePacket(PacketTag.OnePassSignature, bOut.ToArray(), true); }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.Write( (byte)version, (byte)sigType, (byte)hashAlgorithm, (byte)keyAlgorithm); pOut.WriteLong(keyId); pOut.WriteByte((byte)nested); bcpgOut.WritePacket(PacketTag.OnePassSignature, bOut.ToArray(), true); }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.WriteByte((byte)version); pOut.WriteLong(keyId); pOut.WriteByte((byte)algorithm); for (int i = 0; i < data.Length; ++i) { pOut.Write(data[i]); } Platform.Dispose(pOut); bcpgOut.WritePacket(PacketTag.PublicKeyEncryptedSession, bOut.ToArray(), true); }
public override void Encode(BcpgOutputStream bcpgOut) { ((Stream)bcpgOut).WriteByte((byte)type); ((Stream)bcpgOut).WriteByte((byte)algorithm); if (type != 101) { if (type != 0) { bcpgOut.Write(iv); } if (type == 3) { ((Stream)bcpgOut).WriteByte((byte)itCount); } } else { ((Stream)bcpgOut).WriteByte((byte)71); ((Stream)bcpgOut).WriteByte((byte)78); ((Stream)bcpgOut).WriteByte((byte)85); ((Stream)bcpgOut).WriteByte((byte)protectionMode); } }
public override void Encode(BcpgOutputStream bcpgOut) { bcpgOut.WriteByte((byte)this.type); bcpgOut.WriteByte((byte)this.algorithm); if (this.type != 101) { if (this.type != 0) { bcpgOut.Write(this.iv); } if (this.type == 3) { bcpgOut.WriteByte((byte)this.itCount); return; } } else { bcpgOut.WriteByte(71); bcpgOut.WriteByte(78); bcpgOut.WriteByte(85); bcpgOut.WriteByte((byte)this.protectionMode); } }
public override void Encode( BcpgOutputStream bcpgOut) { bcpgOut.WriteByte((byte) type); bcpgOut.WriteByte((byte) algorithm); if (type != GnuDummyS2K) { if (type != 0) { bcpgOut.Write(iv); } if (type == 3) { bcpgOut.WriteByte((byte) itCount); } } else { bcpgOut.WriteByte((byte) 'G'); bcpgOut.WriteByte((byte) 'N'); bcpgOut.WriteByte((byte) 'U'); bcpgOut.WriteByte((byte) protectionMode); } }
public override void Encode(BcpgOutputStream bcpgOut) { bcpgOut.WriteShort((short)this.val.BitLength); bcpgOut.Write(this.val.ToByteArrayUnsigned()); }
public override void Encode(IBcpgOutputStream bcpgOut) { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.WriteByte((byte)_version); switch (_version) { case 2: case 3: pOut.Write( 5, // the length of the next block (byte)_signatureType); pOut.WriteInt((int)(CreationTime / 1000L)); pOut.WriteLong(_keyId); pOut.Write( (byte)_keyAlgorithm, (byte)_hashAlgorithm); break; case 4: pOut.Write( (byte)_signatureType, (byte)_keyAlgorithm, (byte)_hashAlgorithm); EncodeLengthAndData(pOut, GetEncodedSubpackets(_hashedData)); EncodeLengthAndData(pOut, GetEncodedSubpackets(_unhashedData)); break; default: throw new IOException("unknown version: " + _version); } pOut.Write(_fingerprint); if (_signature != null) { pOut.WriteObjects(_signature); } else { pOut.Write(_signatureEncoding); } bcpgOut.WritePacket(PacketTag.Signature, bOut.ToArray(), true); } } }
/// <summary> /// Encodes this instance to the given stream. /// </summary> /// <param name="bcpgOut">The BCPG out.</param> public override void Encode(IBcpgOutputStream bcpgOut) { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.Write( (byte)Version, (byte)EncAlgorithm); pOut.WriteObject(S2K); if (_secKeyData != null && _secKeyData.Length > 0) { pOut.Write(_secKeyData); } bcpgOut.WritePacket(PacketTag.SymmetricKeyEncryptedSessionKey, bOut.ToArray(), true); } } }
public override void Encode(IBcpgOutputStream bcpgOut) { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.WriteByte((byte)_version); pOut.WriteLong(_keyId); pOut.WriteByte((byte)_algorithm); for (var i = 0; i != _data.Length; i++) { MPInteger.EncodeInteger(pOut, _data[i]); } if (_extraData != null) { if (_extraData.Length > 0xFF) throw new PgpException("Extra Data is too large."); pOut.WriteByte((byte)_extraData.Length); pOut.Write(_extraData, 0, _extraData.Length); } bcpgOut.WritePacket(PacketTag.PublicKeyEncryptedSession, bOut.ToArray(), true); } } }
private static void EncodeLengthAndData( BcpgOutputStream pOut, byte[] data) { pOut.WriteShort((short) data.Length); pOut.Write(data); }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.WriteByte((byte) version); if (version == 3 || version == 2) { pOut.Write( 5, // the length of the next block (byte) signatureType); pOut.WriteInt((int)(creationTime / 1000L)); pOut.WriteLong(keyId); pOut.Write( (byte) keyAlgorithm, (byte) hashAlgorithm); } else if (version == 4) { pOut.Write( (byte) signatureType, (byte) keyAlgorithm, (byte) hashAlgorithm); EncodeLengthAndData(pOut, GetEncodedSubpackets(hashedData)); EncodeLengthAndData(pOut, GetEncodedSubpackets(unhashedData)); } else { throw new IOException("unknown version: " + version); } pOut.Write(fingerprint); if (signature != null) { pOut.WriteObjects(signature); } else { pOut.Write(signatureEncoding); } bcpgOut.WritePacket(PacketTag.Signature, bOut.ToArray(), true); }
public byte[] GetEncodedContents() { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.Write(pubKeyPacket.GetEncodedContents()); pOut.WriteByte((byte) s2kUsage); if (s2kUsage == UsageChecksum || s2kUsage == UsageSha1) { pOut.WriteByte((byte) encAlgorithm); pOut.WriteObject(s2k); } if (iv != null) { pOut.Write(iv); } if (secKeyData != null && secKeyData.Length > 0) { pOut.Write(secKeyData); } return bOut.ToArray(); }
public override void Encode( BcpgOutputStream bcpgOut) { bcpgOut.WriteShort((short) val.BitLength); bcpgOut.Write(val.ToByteArrayUnsigned()); }
public override void Encode( BcpgOutputStream bcpgOut) { MemoryStream bOut = new MemoryStream(); BcpgOutputStream pOut = new BcpgOutputStream(bOut); pOut.WriteByte((byte) version); pOut.WriteLong(keyId); pOut.WriteByte((byte)algorithm); for (int i = 0; i < data.Length; ++i) { pOut.Write(data[i]); } Platform.Dispose(pOut); bcpgOut.WritePacket(PacketTag.PublicKeyEncryptedSession , bOut.ToArray(), true); }
/// <summary> /// Gets the encoded contents. /// </summary> /// <returns></returns> public byte[] GetEncodedContents() { using (var bOut = new MemoryStream()) { using (var pOut = new BcpgOutputStream(bOut)) { pOut.Write(PublicKeyPacket.GetEncodedContents()); pOut.WriteByte((byte) this.S2KUsage); if (this.S2KUsage == UsageChecksum || this.S2KUsage == UsageSha1) { pOut.WriteByte((byte)this.EncAlgorithm); pOut.WriteObject(this.S2K); } if (_iv != null) { pOut.Write(_iv); } if (_secKeyData != null && _secKeyData.Length > 0) { pOut.Write(_secKeyData); } return bOut.ToArray(); } } }