internal void PutNewIndexIntoStorage(string name, IndexDefinition definition)
{
Debug.Assert(Database.IndexStorage != null);
Debug.Assert(TransactionalStorage != null);
Debug.Assert(WorkContext != null);
TransactionalStorage.Batch(actions =>
{
definition.IndexId = (int)Database.Documents.GetNextIdentityValueWithoutOverwritingOnExistingDocuments("IndexId", actions, null);
IndexDefinitionStorage.RegisterNewIndexInThisSession(name, definition);
// this has to happen in this fashion so we will expose the in memory status after the commit, but
// before the rest of the world is notified about this.
IndexDefinitionStorage.CreateAndPersistIndex(definition);
Database.IndexStorage.CreateIndexImplementation(definition);
InvokeSuggestionIndexing(name, definition);
actions.Indexing.AddIndex(definition.IndexId, definition.IsMapReduce);
});
if (name.Equals(Constants.DocumentsByEntityNameIndex, StringComparison.InvariantCultureIgnoreCase) == false &&
Database.IndexStorage.HasIndex(Constants.DocumentsByEntityNameIndex))
{
// optimization of handling new index creation when the number of document in a database is significantly greater than
// number of documents that this index applies to - let us use built-in RavenDocumentsByEntityName to get just appropriate documents
var index = Database.IndexStorage.GetIndexInstance(definition.IndexId);
TryApplyPrecomputedBatchForNewIndex(index, definition);
}
WorkContext.ShouldNotifyAboutWork(() => "PUT INDEX " + name);
WorkContext.NotifyAboutWork();
// The act of adding it here make it visible to other threads
// we have to do it in this way so first we prepare all the elements of the
// index, then we add it to the storage in a way that make it public
IndexDefinitionStorage.AddIndex(definition.IndexId, definition);
}
internal void PutNewIndexIntoStorage(string name, IndexDefinition definition, bool disableIndex = false)
{
Debug.Assert(Database.IndexStorage != null);
Debug.Assert(TransactionalStorage != null);
Debug.Assert(WorkContext != null);
Index index = null;
TransactionalStorage.Batch(actions =>
{
var maxId = 0;
if (Database.IndexStorage.Indexes.Length > 0)
{
maxId = Database.IndexStorage.Indexes.Max();
}
definition.IndexId = (int)Database.Documents.GetNextIdentityValueWithoutOverwritingOnExistingDocuments("IndexId", actions);
if (definition.IndexId <= maxId)
{
actions.General.SetIdentityValue("IndexId", maxId + 1);
definition.IndexId = (int)Database.Documents.GetNextIdentityValueWithoutOverwritingOnExistingDocuments("IndexId", actions);
}
IndexDefinitionStorage.RegisterNewIndexInThisSession(name, definition);
// this has to happen in this fashion so we will expose the in memory status after the commit, but
// before the rest of the world is notified about this.
IndexDefinitionStorage.CreateAndPersistIndex(definition);
Database.IndexStorage.CreateIndexImplementation(definition);
index = Database.IndexStorage.GetIndexInstance(definition.IndexId);
// If we execute multiple indexes at once and want to activate them all at once we will disable the index from the endpoint
if (disableIndex)
{
index.Priority = IndexingPriority.Disabled;
}
//ensure that we don't start indexing it right away, let the precomputation run first, if applicable
index.IsMapIndexingInProgress = true;
if (definition.IsTestIndex)
{
index.MarkQueried(); // test indexes should be mark queried, so the cleanup task would not delete them immediately
}
InvokeSuggestionIndexing(name, definition, index);
actions.Indexing.AddIndex(definition.IndexId, definition.IsMapReduce);
});
Debug.Assert(index != null);
Action precomputeTask = null;
if (WorkContext.RunIndexing &&
name.Equals(Constants.DocumentsByEntityNameIndex, StringComparison.InvariantCultureIgnoreCase) == false &&
Database.IndexStorage.HasIndex(Constants.DocumentsByEntityNameIndex))
{
// optimization of handling new index creation when the number of document in a database is significantly greater than
// number of documents that this index applies to - let us use built-in RavenDocumentsByEntityName to get just appropriate documents
precomputeTask = TryCreateTaskForApplyingPrecomputedBatchForNewIndex(index, definition);
}
else
{
index.IsMapIndexingInProgress = false; // we can't apply optimization, so we'll make it eligible for running normally
}
// The act of adding it here make it visible to other threads
// we have to do it in this way so first we prepare all the elements of the
// index, then we add it to the storage in a way that make it public
IndexDefinitionStorage.AddIndex(definition.IndexId, definition);
// we start the precomuteTask _after_ we finished adding the index
if (precomputeTask != null)
{
precomputeTask();
}
WorkContext.ShouldNotifyAboutWork(() => "PUT INDEX " + name);
WorkContext.NotifyAboutWork();
}