private void saveUnlockTransactionsJobs(CryptoNote.ISerializer serializer)
{
auto index = m_unlockTransactions.get <TransactionHashIndex>();
auto wallets = m_walletsContainer.get <TransfersContainerIndex>();
ulong jobsCount = index.size();
serializer.functorMethod(jobsCount, "unlockTransactionsJobsCount");
foreach (var j in index)
{
var containerIt = wallets.find(j.container);
Debug.Assert(containerIt != wallets.end());
var keyIt = m_walletsContainer.project <KeysIndex>(containerIt);
Debug.Assert(keyIt != m_walletsContainer.get <KeysIndex>().end());
UnlockTransactionJobDtoV2 dto = new UnlockTransactionJobDtoV2();
dto.blockHeight = j.blockHeight;
dto.transactionHash = j.transactionHash;
dto.walletSpendPublicKey = keyIt.spendPublicKey;
serializer.functorMethod(dto, "unlockTransactionsJob");
}
}
private void loadUnlockTransactionsJobs(CryptoNote.ISerializer serializer)
{
auto index = m_unlockTransactions.get <TransactionHashIndex>();
auto walletsIndex = m_walletsContainer.get <KeysIndex>();
ulong jobsCount = 0;
serializer.functorMethod(jobsCount, "unlockTransactionsJobsCount");
for (ulong i = 0; i < jobsCount; ++i)
{
UnlockTransactionJobDtoV2 dto = new UnlockTransactionJobDtoV2();
serializer.functorMethod(dto, "unlockTransactionsJob");
var walletIt = walletsIndex.find(dto.walletSpendPublicKey);
if (walletIt != walletsIndex.end())
{
UnlockTransactionJob job = new UnlockTransactionJob();
job.blockHeight = dto.blockHeight;
job.transactionHash = dto.transactionHash;
job.container = walletIt.container;
index.insert(std::move(job));
}
}
}
