void zerotime_lock::encode(data_buffer & buffer)
{
/**
* Encode the version.
*/
buffer.write_uint32(m_version);
/**
* Encode the transaction.
*/
m_transaction.encode(buffer);
/**
* Encode the transaction hash.
*/
buffer.write_bytes(
reinterpret_cast<const char *> (m_hash_tx.digest()),
sha256::digest_length
);
/**
* Encode the expiration.
*/
buffer.write_uint64(m_expiration);
/**
* No signature is required because:
* 1. The receiver may want to lock a non-zerotime transaction.
* 2. It causes no harm to let other's lock the transaction.
* 3. It conserves bandwidth and processing power.
*/
}
void incentive_collaterals::encode(data_buffer & buffer)
{
/**
* Encode the version.
*/
buffer.write_uint32(m_version);
/**
* Write the number of collateral entries.
*/
buffer.write_var_int(m_collaterals.size());
/**
* Write the collateral entries.
*/
for (auto & i : m_collaterals)
{
/**
* Write the address.
*/
buffer.write_network_address(i.addr, false);
/**
* Write the size of the wallet address.
*/
buffer.write_var_int(i.wallet_address.size());
/**
* Write the wallet address.
*/
buffer.write_bytes(i.wallet_address.data(), i.wallet_address.size());
auto public_key = i.public_key;
/**
* Write the public key.
*/
public_key.encode(buffer);
/**
* Write the transaction_in.
*/
i.tx_in.encode(buffer);
/**
* Write the time.
*/
buffer.write_uint64(i.time);
/**
* Write the protocol version.
*/
buffer.write_uint32(i.protocol_version);
/**
* Write the protocol user agent.
*/
buffer.write_var_int(i.protocol_version_user_agent.size());
/**
* Write the protocol version user agent.
*/
buffer.write_bytes(
i.protocol_version_user_agent.data(),
i.protocol_version_user_agent.size()
);
/**
* Write the protocol version services.
*/
buffer.write_uint64(i.protocol_version_services);
/**
* Write the protocol version start height.
*/
buffer.write_int32(i.protocol_version_start_height);
}
}