internal AbstractEncryptedMessage(BinaryHexString message, bool messageIsText, bool compressMessage, bool isPrunable)
{
MessageIsText = messageIsText;
CompressMessage = compressMessage;
IsPrunable = isPrunable;
Message = message;
}
internal ShuffligCancellationAttachment(JToken jToken)
{
BlameData = GetAttachmentValue <string>(jToken, Parameters.BlameData);
CancellingAccountId = GetAttachmentValue <ulong>(jToken, Parameters.CancellingAccount);
KeySeeds = GetAttachmentValue <string>(jToken, Parameters.KeySeeds);
ShufflingId = GetAttachmentValue <ulong>(jToken, Parameters.Shuffling);
ShufflingStateHash = GetAttachmentValue <string>(jToken, Parameters.ShufflingStateHash);
}
internal DigitalGoodsDeliveryAttachment(JToken attachments)
{
Discount = Amount.CreateAmountFromNqt(GetAttachmentValue <long>(attachments, Parameters.DiscountNqt));
GoodsData = new BinaryHexString(GetAttachmentValue <string>(attachments, Parameters.GoodsData));
GoodsIsText = GetAttachmentValue <bool>(attachments, Parameters.GoodsIsText);
GoodsNonce = new BinaryHexString(GetAttachmentValue <string>(attachments, Parameters.GoodsNonce));
Purchase = GetAttachmentValue <ulong>(attachments, Parameters.Purchase);
}
internal ShufflingRecipientsAttachment(JToken jToken)
{
ShufflingId = GetAttachmentValue <ulong>(jToken, Parameters.Shuffling);
ShufflingStateHash = GetAttachmentValue <string>(jToken, Parameters.ShufflingStateHash);
var array = (JArray)jToken.SelectToken(Parameters.RecipientPublicKeys);
RecipientPublicKeys = array.ToObject <string[]>().Select(s => new BinaryHexString(s));
}
private Message(string message, bool isText, bool isPrunable, BinaryHexString messageHash)
{
IsText = isText;
MessageText = message;
IsPrunable = isPrunable;
MessageHash = messageHash;
Data = IsText
? Encoding.UTF8.GetBytes(message)
: ByteToHexStringConverter.ToBytesFromHexString(message).ToArray();
}
public EncryptedMessage(BinaryReader reader, byte transactionVersion, bool isPrunable) : base(reader, transactionVersion, true)
{
if (!isPrunable)
{
throw new ArgumentException("Value must be true", nameof(isPrunable));
}
IsPrunable = true;
EncryptedMessageHash = reader.ReadBytes(32);
Data = null;
IsText = false;
IsCompressed = false;
}
internal ShufflingProcessingAttachment(JToken jToken)
{
Hash = GetAttachmentValue <string>(jToken, Parameters.Hash);
ShufflingId = GetAttachmentValue <ulong>(jToken, Parameters.Shuffling);
ShufflingStateHash = GetAttachmentValue <string>(jToken, Parameters.ShufflingStateHash);
var array = (JArray)jToken.SelectToken(Parameters.Data);
if (array != null)
{
Data = array.ToObject <string[]>().Select(s => new BinaryHexString(s));
}
}
protected EncryptedMessageBase(JToken messageToken)
{
IsCompressed = Convert.ToBoolean(((JValue)messageToken.SelectToken(Parameters.IsCompressed)).Value.ToString());
IsText = Convert.ToBoolean(((JValue)messageToken.SelectToken(Parameters.IsText)).Value.ToString());
if (messageToken.SelectToken(Parameters.MessageToEncrypt) != null)
{
MessageToEncrypt = ((JValue)messageToken.SelectToken(Parameters.MessageToEncrypt)).Value.ToString();
}
if (messageToken.SelectToken(Parameters.Nonce) != null)
{
Nonce = ((JValue)messageToken.SelectToken(Parameters.Nonce)).Value.ToString();
Data = ((JValue)messageToken.SelectToken(Parameters.Data)).Value.ToString();
}
}
public EncryptedMessageBase(BinaryReader reader, byte transactionVersion, bool isPrunable = false) : base(reader, transactionVersion)
{
if (!isPrunable)
{
var length = reader.ReadInt32();
IsText = length < 0;
if (length < 0)
{
length &= int.MaxValue;
}
Data = reader.ReadBytes(length);
Nonce = reader.ReadBytes(32);
IsCompressed = version != 2;
}
}
public CreateTransactionByPublicKey(short deadline, Amount fee, BinaryHexString publicKey)
: base(false, deadline, fee)
{
PublicKey = publicKey;
}
public PublicKeyAnnouncement(BinaryReader reader, byte transactionVersion) : base(reader, transactionVersion)
{
RecipientPublicKey = reader.ReadBytes(32);
}
private PublicKeyAnnouncement(BinaryHexString recipientPublicKey)
{
RecipientPublicKey = recipientPublicKey;
}
private EncryptedMessage(JToken messageToken, bool isPrunable, string encryptedMessageHash)
: base(messageToken)
{
IsPrunable = isPrunable;
EncryptedMessageHash = encryptedMessageHash;
}
public AlreadyEncryptedMessageToSelf(BinaryHexString message, BinaryHexString messageNonce, bool isText, bool isCompressed)
: base(message, isText, isCompressed)
{
Nonce = messageNonce;
}
internal AbstractEncryptedMessageToSelf(BinaryHexString message, bool messageIsText, bool compressMessage)
{
MessageIsText = messageIsText;
CompressMessage = compressMessage;
Message = message;
}
public AlreadyEncryptedMessage(BinaryHexString message, BinaryHexString encryptedMessageNonce, bool isText, bool isCompressed, bool isPrunable = false)
: base(message, isText, isCompressed, isPrunable)
{
Nonce = encryptedMessageNonce;
}
internal ShufflingRegistrationAttachment(JToken jToken)
{
ShufflingFullHash = GetAttachmentValue <string>(jToken, Parameters.ShufflingFullHash);
}
public AccountWithPublicKey(ulong accountId, BinaryHexString publicKey)
: base(accountId)
{
PublicKey = publicKey;
}
public AccountWithPublicKey(string accountRs, BinaryHexString publicKey)
: base(accountRs)
{
PublicKey = publicKey;
}
internal TaggedDataUploadAttachment(JToken jToken)
{
Hash = new BinaryHexString(GetAttachmentValue <string>(jToken, Parameters.Hash));
ParseTaggedData(jToken);
}
internal ShufflingVerificationAttachment(JToken jToken)
{
ShufflingId = GetAttachmentValue <ulong>(jToken, Parameters.Shuffling);
ShufflingStateHash = GetAttachmentValue <string>(jToken, Parameters.ShufflingStateHash);
}