public override void Deserialize(byte[] data)
{
// Decode our RLP item from data.
RLPList rlpList = (RLPList)RLP.Decode(data);
// Verify the sizes of all components.
if (!rlpList.Items[0].IsByteArray)
{
throw new ArgumentException("RLPx EIP8 auth packet's first item (signature) was not a byte array.");
}
else if (((byte[])rlpList.Items[0]).Length != EthereumEcdsa.SIGNATURE_RSV_SIZE)
{
throw new ArgumentException("RLPx EIP8 auth packet's first item (signature) was the incorrect size.");
}
else if (!rlpList.Items[1].IsByteArray)
{
throw new ArgumentException("RLPx EIP8 auth packet's second item (public key) was not a byte array.");
}
else if (((byte[])rlpList.Items[1]).Length != EthereumEcdsa.PUBLIC_KEY_SIZE)
{
throw new ArgumentException("RLPx EIP8 auth packet's second item (public key) was the incorrect size.");
}
else if (!rlpList.Items[2].IsByteArray)
{
throw new ArgumentException("RLPx EIP8 auth packet's third item (nonce) was not a byte array.");
}
else if (((byte[])rlpList.Items[2]).Length != RLPxSession.NONCE_SIZE)
{
throw new ArgumentException("RLPx EIP8 auth packet's third item (nonce) was the incorrect size.");
}
else if (rlpList.Items.Count >= 4 && !rlpList.Items[3].IsByteArray)
{
throw new ArgumentException("RLPx EIP8 auth packet's fourth item (version) was not a byte array.");
}
// Obtain all components.
Memory <byte> signature = rlpList.Items[0];
R = signature.Slice(0, 32).ToArray();
S = signature.Slice(32, 32).ToArray();
V = signature.Span[64];
PublicKey = rlpList.Items[1];
Nonce = rlpList.Items[2];
// Decode version if it's available.
if (rlpList.Items.Count >= 4)
{
Version = RLP.ToInteger((RLPByteArray)rlpList.Items[3], 32, false);
}
}
/// <summary>
/// Deserializes the given RLP serialized receipt and sets all values accordingly.
/// </summary>
/// <param name="item">The RLP item to deserialize and obtain values from.</param>
public void Deserialize(RLPItem item)
{
// Verify this is a list
if (!item.IsList)
{
throw new ArgumentException();
}
// Verify it has 4 items.
RLPList rlpReceipt = (RLPList)item;
if (rlpReceipt.Items.Count != 4)
{
throw new ArgumentException();
}
// Verify the types of all items
if (!rlpReceipt.Items[0].IsByteArray ||
!rlpReceipt.Items[1].IsByteArray ||
!rlpReceipt.Items[2].IsByteArray ||
!rlpReceipt.Items[3].IsList)
{
throw new ArgumentException();
}
// Set our state root
RLPByteArray rlpStateRoot = (RLPByteArray)rlpReceipt.Items[0];
StateRoot = rlpStateRoot.Data.ToArray();
// Set our gas used
RLPByteArray rlpGasUsed = (RLPByteArray)rlpReceipt.Items[1];
GasUsed = RLP.ToInteger(rlpGasUsed, EVMDefinitions.WORD_SIZE);
// Set our bloom
RLPByteArray rlpBloom = (RLPByteArray)rlpReceipt.Items[2];
Bloom = RLP.ToInteger(rlpBloom, EVMDefinitions.BLOOM_FILTER_SIZE);
// Obtain our logs
RLPList rlpLogs = (RLPList)rlpReceipt.Items[3];
Logs = new List <Log>();
foreach (RLPItem rlpLog in rlpLogs.Items)
{
// Add our log
Logs.Add(new Log(rlpLog));
}
}
/// <summary>
/// Deserializes the given RLP serialized log and sets all values accordingly.
/// </summary>
/// <param name="item">The RLP item to deserialize and obtain values from.</param>
public void Deserialize(RLPItem item)
{
// Verify this is a list
if (!item.IsList)
{
throw new ArgumentException();
}
// Verify it has 3 items.
RLPList rlpLog = (RLPList)item;
if (rlpLog.Items.Count != 3)
{
throw new ArgumentException();
}
// Verify the types of all items
if (!rlpLog.Items[0].IsByteArray ||
!rlpLog.Items[1].IsList ||
!rlpLog.Items[2].IsByteArray)
{
throw new ArgumentException();
}
// Set our address
RLPByteArray rlpAddress = (RLPByteArray)rlpLog.Items[0];
Address = new Address(rlpAddress.Data.Span);
// Obtain our topics
RLPList rlpTopicsList = (RLPList)rlpLog.Items[1];
Topics = new List <BigInteger>();
foreach (RLPItem rlpTopic in rlpTopicsList.Items)
{
// Verify all of our items are data
if (rlpTopic.GetType() != typeof(RLPByteArray))
{
throw new ArgumentException();
}
// Add our topic.
Topics.Add(RLP.ToInteger((RLPByteArray)rlpTopic, EVMDefinitions.WORD_SIZE));
}
// Obtain our data
RLPByteArray rlpData = (RLPByteArray)rlpLog.Items[2];
Data = rlpData.Data.ToArray();
}
/// <summary>
/// Deserializes the given RLP serialized account and sets all values accordingly.
/// </summary>
/// <param name="item">The RLP item to deserialize and obtain values from.</param>
public void Deserialize(RLPItem item)
{
// Verify this is a list
if (!item.IsList)
{
throw new ArgumentException();
}
// Verify it has 4 items.
RLPList rlpAccount = (RLPList)item;
if (rlpAccount.Items.Count != 4)
{
throw new ArgumentException();
}
// Verify the types of all items
if (!rlpAccount.Items[0].IsByteArray ||
!rlpAccount.Items[1].IsByteArray ||
!rlpAccount.Items[2].IsByteArray ||
!rlpAccount.Items[3].IsByteArray)
{
throw new ArgumentException();
}
// Set our nonce, balance, storage, and code hash.
Nonce = RLP.ToInteger((RLPByteArray)rlpAccount.Items[0]);
Balance = RLP.ToInteger((RLPByteArray)rlpAccount.Items[1]);
StorageRoot = rlpAccount.Items[2];
CodeHash = rlpAccount.Items[3];
// Verify the length of our storage root and code hash.
if (StorageRoot.Length != KeccakHash.HASH_SIZE || CodeHash.Length != KeccakHash.HASH_SIZE)
{
throw new ArgumentException();
}
// Initialize our storage change cache
StorageCache = new Dictionary <Memory <byte>, byte[]>(new MemoryComparer <byte>());
// Load our trie given our storage root
StorageTrie = new Trie(Configuration.Database, StorageRoot);
}
public override void Deserialize(byte[] data)
{
// Decode our RLP item from data.
RLPList rlpList = (RLPList)RLP.Decode(data);
// Verify the sizes of all components.
if (!rlpList.Items[0].IsByteArray)
{
throw new ArgumentException("RLPx EIP8 auth-ack packet's first item (ephemeral public key) was not a byte array.");
}
else if (((byte[])rlpList.Items[0]).Length != EthereumEcdsa.PUBLIC_KEY_SIZE)
{
throw new ArgumentException("RLPx EIP8 auth-ack packet's first item (ephemeral public key) was not the correct size.");
}
else if (!rlpList.Items[1].IsByteArray)
{
throw new ArgumentException("RLPx EIP8 auth-ack packet's second item (nonce) was not a byte array.");
}
else if (((byte[])rlpList.Items[1]).Length != RLPxSession.NONCE_SIZE)
{
throw new ArgumentException("RLPx EIP8 auth-ack packet's second item (nonce) was not the correct size.");
}
else if (rlpList.Items.Count >= 3 && !rlpList.Items[2].IsByteArray)
{
throw new ArgumentException("RLPx EIP8 auth-ack packet's third item (version) was not a byte array.");
}
// Obtain all components.
EphemeralPublicKey = rlpList.Items[0];
Nonce = rlpList.Items[1];
// Decode version if it's available.
if (rlpList.Items.Count >= 3)
{
Version = RLP.ToInteger((RLPByteArray)rlpList.Items[2], 32, false);
}
}
/// <summary>
/// Deserializes the given RLP serialized block header and sets all values accordingly.
/// </summary>
/// <param name="item">The RLP item to block header and obtain values from.</param>
public void Deserialize(RLPItem item)
{
// Verify this is a list
if (!item.IsList)
{
throw new ArgumentException();
}
// Verify it has 15 items.
RLPList rlpBlockHeader = (RLPList)item;
if (rlpBlockHeader.Items.Count != 15)
{
throw new ArgumentException();
}
// Verify the types of all items
for (int i = 0; i < rlpBlockHeader.Items.Count; i++)
{
if (!rlpBlockHeader.Items[i].IsByteArray)
{
throw new ArgumentException();
}
}
// Verify our items are the correct length
if (((RLPByteArray)rlpBlockHeader.Items[0]).Data.Length != KeccakHash.HASH_SIZE)
{
throw new ArgumentException();
}
if (((RLPByteArray)rlpBlockHeader.Items[1]).Data.Length != KeccakHash.HASH_SIZE)
{
throw new ArgumentException();
}
if (((RLPByteArray)rlpBlockHeader.Items[2]).Data.Length != Address.ADDRESS_SIZE)
{
throw new ArgumentException();
}
if (((RLPByteArray)rlpBlockHeader.Items[3]).Data.Length != KeccakHash.HASH_SIZE)
{
throw new ArgumentException();
}
if (((RLPByteArray)rlpBlockHeader.Items[4]).Data.Length != KeccakHash.HASH_SIZE)
{
throw new ArgumentException();
}
if (((RLPByteArray)rlpBlockHeader.Items[5]).Data.Length != KeccakHash.HASH_SIZE)
{
throw new ArgumentException();
}
if (((RLPByteArray)rlpBlockHeader.Items[6]).Data.Length != EVMDefinitions.BLOOM_FILTER_SIZE)
{
throw new ArgumentException();
}
// Obtain our items
PreviousHash = rlpBlockHeader.Items[0];
UnclesHash = rlpBlockHeader.Items[1];
Coinbase = RLP.ToInteger((RLPByteArray)rlpBlockHeader.Items[2], Address.ADDRESS_SIZE);
StateRootHash = rlpBlockHeader.Items[3];
TransactionsRootHash = rlpBlockHeader.Items[4];
ReceiptsRootHash = rlpBlockHeader.Items[5];
Bloom = RLP.ToInteger((RLPByteArray)rlpBlockHeader.Items[6], EVMDefinitions.BLOOM_FILTER_SIZE);
Difficulty = RLP.ToInteger((RLPByteArray)rlpBlockHeader.Items[7]);
BlockNumber = RLP.ToInteger((RLPByteArray)rlpBlockHeader.Items[8]);
GasLimit = RLP.ToInteger((RLPByteArray)rlpBlockHeader.Items[9]);
GasUsed = RLP.ToInteger((RLPByteArray)rlpBlockHeader.Items[10]);
Timestamp = RLP.ToInteger((RLPByteArray)rlpBlockHeader.Items[11]);
ExtraData = rlpBlockHeader.Items[12];
MixHash = rlpBlockHeader.Items[13];
Nonce = rlpBlockHeader.Items[14];
}
