internal MemoryStorageManager(ChainedHeader chainTip = null, int? unspentTxCount = null, int? unspentOutputCount = null, int? totalTxCount = null, int? totalInputCount = null, int? totalOutputCount = null, ImmutableSortedDictionary<UInt256, ChainedHeader> headers = null, ImmutableSortedDictionary<UInt256, UnspentTx> unspentTransactions = null, ImmutableDictionary<int, BlockSpentTxes> spentTransactions = null)
{
blockStorage = new MemoryBlockStorage();
blockTxesStorage = new MemoryBlockTxesStorage();
chainStateStorage = new MemoryChainStateStorage(chainTip, unspentTxCount, unspentOutputCount, totalTxCount, totalInputCount, totalOutputCount, headers, unspentTransactions, spentTransactions);
unconfirmedTxesStorage = new MemoryUnconfirmedTxesStorage();
chainStateCursorCache = new DisposableCache<IChainStateCursor>(1024,
createFunc: () => new MemoryChainStateCursor(chainStateStorage),
prepareAction: cursor =>
{
// rollback any open transaction before returning the cursor to the cache
if (cursor.InTransaction)
cursor.RollbackTransaction();
});
unconfirmedTxesCursorCache = new DisposableCache<IUnconfirmedTxesCursor>(1024,
createFunc: () => new MemoryUnconfirmedTxesCursor(unconfirmedTxesStorage),
prepareAction: cursor =>
{
// rollback any open transaction before returning the cursor to the cache
if (cursor.InTransaction)
cursor.RollbackTransaction();
});
}
internal MemoryStorageManager(ChainedHeader chainTip = null, int?unspentTxCount = null, int?unspentOutputCount = null, int?totalTxCount = null, int?totalInputCount = null, int?totalOutputCount = null, ImmutableSortedDictionary <UInt256, ChainedHeader> headers = null, ImmutableSortedDictionary <UInt256, UnspentTx> unspentTransactions = null, ImmutableDictionary <int, BlockSpentTxes> spentTransactions = null)
{
blockStorage = new MemoryBlockStorage();
blockTxesStorage = new MemoryBlockTxesStorage();
chainStateStorage = new MemoryChainStateStorage(chainTip, unspentTxCount, unspentOutputCount, totalTxCount, totalInputCount, totalOutputCount, headers, unspentTransactions, spentTransactions);
unconfirmedTxesStorage = new MemoryUnconfirmedTxesStorage();
chainStateCursorCache = new DisposableCache <IChainStateCursor>(1024,
createFunc: () => new MemoryChainStateCursor(chainStateStorage),
prepareAction: cursor =>
{
// rollback any open transaction before returning the cursor to the cache
if (cursor.InTransaction)
{
cursor.RollbackTransaction();
}
});
unconfirmedTxesCursorCache = new DisposableCache <IUnconfirmedTxesCursor>(1024,
createFunc: () => new MemoryUnconfirmedTxesCursor(unconfirmedTxesStorage),
prepareAction: cursor =>
{
// rollback any open transaction before returning the cursor to the cache
if (cursor.InTransaction)
{
cursor.RollbackTransaction();
}
});
}
internal MemoryChainStateCursor(MemoryChainStateStorage chainStateStorage)
{
this.chainStateStorage = chainStateStorage;
}
internal MemoryChainStateCursor(MemoryChainStateStorage chainStateStorage)
{
this.chainStateStorage = chainStateStorage;
}
internal MemoryStorageManager(Chain chain = null, ImmutableSortedDictionary <UInt256, UnspentTx> unspentTransactions = null, ImmutableDictionary <int, IImmutableList <SpentTx> > spentTransactions = null)
{
this.blockStorage = new MemoryBlockStorage();
this.blockTxesStorage = new MemoryBlockTxesStorage();
this.chainStateStorage = new MemoryChainStateStorage(chain, unspentTransactions, spentTransactions);
}