Method payment_queue_get2

src/Core/WalletHDsqlite.cpp:477–498

}

std::vector<std::tuple<Hash, std::string, BinaryArray>> WalletHDsqlite::payment_queue_get2() const {
	std::vector<std::tuple<Hash, std::string, BinaryArray>> result;
	sqlite::Stmt stmt_get;
	stmt_get.prepare(m_db_dbi, "SELECT tid, net, binary_transaction FROM payment_queue");
	while (stmt_get.step()) {
		auto tid_size = stmt_get.column_bytes(0);
		auto tid_data = stmt_get.column_blob(0);
		auto net_size = stmt_get.column_bytes(1);
		auto net_data = stmt_get.column_blob(1);
		auto btx_size = stmt_get.column_bytes(2);
		auto btx_data = stmt_get.column_blob(2);

		BinaryArray key = decrypt_data(m_wallet_key, tid_data, tid_size);
		invariant(key.size() == sizeof(Hash), "");
		Hash tid;
		memcpy(tid.data, key.data(), sizeof(Hash));
		BinaryArray net = decrypt_data(m_wallet_key, net_data, net_size);
		BinaryArray ba  = decrypt_data(m_wallet_key, btx_data, btx_size);
		result.push_back(std::make_tuple(tid, std::string(net.begin(), net.end()), ba));
	}
	return result;
}

void WalletHDsqlite::payment_queue_add(const Hash &tid, const std::string &net, const BinaryArray &binary_transaction) {
	m_payment_queue[net][tid] = binary_transaction;