public void Flush()
{
tree.Flush();
RootPosition = writer.Position;
binaryWriter.Write7BitEncodedInt64(currentId);
binaryWriter.Write7BitEncodedInt64(tree.RootPosition);
}
public void Flush()
{
foreach (var queue in queuesInMem)
{
queue.Value.Flush();
queues.Add(queue.Key, queue.Value.RootPosition);
}
queues.Flush();
}
public void CanAddToTreeAndReadFromAnother()
{
var buffer = new byte[1024];
var tree = new Tree(new MemoryStream(buffer), new MemoryStream(buffer), StartMode.Create);
tree.Add("ayende", 45);
tree.Flush();
tree = new Tree(new MemoryStream(buffer)
{
Position = tree.RootPosition
}, new MemoryStream(buffer), StartMode.Open);
var doc = tree.FindValue("ayende");
Assert.Equal(45, doc);
}
public void Flush()
{
foreach (var queue in bagsInMem)
{
queue.Value.Flush();
if (queue.Value.CurrentPosition == null)
{
bags.Remove(queue.Key);
}
else
{
bags.Add(queue.Key, queue.Value.CurrentPosition.Value);
}
}
bags.Flush();
}
private void CreateFromScratch()
{
binaryWriter.Write(HeaderSignature);
binaryWriter.Write7BitEncodedInt(Version);
binaryWriter.Write(Guid.NewGuid().ToByteArray());
using (var reader = OpenReader())
{
var docs = new Tree(reader, writer, StartMode.Create);
var docsInTx = new Tree(reader, writer, StartMode.Create);
var docById = new Tree(reader, writer, StartMode.Create);
var docByEtag = new Tree(reader, writer, StartMode.Create);
var tx = new Tree(reader, writer, StartMode.Create);
var attachments = new Tree(reader, writer, StartMode.Create);
var tasks = new Queue(reader, writer, StartMode.Create);
var tasksByIndex = new Tree(reader, writer, StartMode.Create);
var identity = new Tree(reader, writer, StartMode.Create);
var indexes = new Tree(reader, writer, StartMode.Create);
var queues = new TreeOfQueues(reader, writer, StartMode.Create);
var mapResultsByDocId = new TreeOfBags(reader, writer, StartMode.Create);
var mapResultsByReduceKey = new TreeOfBags(reader, writer, StartMode.Create);
docs.Flush();
docsInTx.Flush();
docById.Flush();
docByEtag.Flush();
tx.Flush();
attachments.Flush();
tasks.Flush();
tasksByIndex.Flush();
identity.Flush();
indexes.Flush();
queues.Flush();
mapResultsByDocId.Flush();
mapResultsByReduceKey.Flush();
WriteTransaction(new StorageTransaction
{
AttachmentPosition = attachments.RootPosition,
AttachmentsCount = 0,
DocumentsPosition = docs.RootPosition,
DocumentsCount = 0,
DocumentsInTransactionPosition = docsInTx.RootPosition,
DocumentsByIdPosition = docById.RootPosition,
DocumentsByEtagPosition = docByEtag.RootPosition,
TasksPosition = tasks.RootPosition,
TasksCount = 0,
TransactionPosition = tx.RootPosition,
IdentityPosition = identity.RootPosition,
IndexesPosition = indexes.RootPosition,
QueuesPosition = queues.RootPosition,
TasksByIndexPosition = tasksByIndex.RootPosition,
MappedResultsByDocumentIdPosition = mapResultsByDocId.RootPosition,
MappedResultsByReduceKeyPosition = mapResultsByReduceKey.RootPosition
});
writer.Flush(true);
}
}
public void CanRemoveFromTreeAndReadFromAnother()
{
var buffer = new byte[1024];
var tree = new Tree(new MemoryStream(buffer), new MemoryStream(buffer), StartMode.Create);
tree.Add("ayende", 13);
tree.Add("oren", 978);
tree.Remove("ayende");
tree.Flush();
tree = new Tree(new MemoryStream(buffer)
{
Position = tree.RootPosition
}, new MemoryStream(buffer), StartMode.Open);
Assert.Null(tree.FindValue("ayende"));
var doc = tree.FindValue("oren");
Assert.Equal(978, doc);
}