void Tx::set(Coin::Transaction coin_tx, uint32_t timestamp, status_t status)
{
LOGGER(trace) << "Tx::set - fromCoinClasses(coin_tx);" << std::endl;
fromCoinClasses(coin_tx);
timestamp_ = timestamp;
if (missingSigCount()) { status_ = UNSIGNED; }
else { status_ = status; hash_ = coin_tx.getHashLittleEndian(); }
coin_tx.clearScriptSigs();
unsigned_hash_ = coin_tx.getHashLittleEndian();
}
void Tx::set(Coin::Transaction coin_tx, uint32_t timestamp, status_t status, bool conflicting, bool checksigs)
{
//LOGGER(trace) << "Tx::set - fromCoinCore(coin_tx);" << std::endl;
fromCoinCore(coin_tx);
timestamp_ = timestamp;
if (checksigs && missingSigCount()) { status_ = UNSIGNED; }
else { status_ = status; hash_ = coin_tx.hash(); }
conflicting_ = conflicting;
coin_tx.clearScriptSigs();
unsigned_hash_ = coin_tx.hash();
updateTotals();
}
void SynchedVault::sendTx(Coin::Transaction& coin_tx)
{
uchar_vector hash = coin_tx.hash();
LOGGER(trace) << "SynchedVault::sendTx(" << hash.getHex() << ")" << std::endl;
if (!m_bConnected) throw std::runtime_error("Not connected.");
m_networkSync.sendTx(coin_tx);
m_networkSync.getTx(hash);
}
void onTx(Peer& peer, const Coin::Transaction& tx)
{
cout << endl << "Received transaction " << tx.getHashLittleEndian().getHex() << " from peer " << peer.name() << endl;// << tx.toIndentedString() << endl;
}
bytes_t AccountModel::createRawTx(const QString& accountName, const std::vector<TaggedOutput>& outputs, uint64_t fee)
{
Coin::Transaction tx = createTx(accountName, outputs, fee);
return tx.getSerialized();
}