public void DeleteStatic(string name, Etag etag)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
name = name.Trim();
TransactionalStorage.Batch(actions =>
{
AssertAttachmentDeleteOperationNotVetoed(name);
Database.AttachmentDeleteTriggers.Apply(x => x.OnDelete(name));
actions.Attachments.DeleteAttachment(name, etag);
Database.AttachmentDeleteTriggers.Apply(x => x.AfterDelete(name));
WorkContext.ShouldNotifyAboutWork(() => "DELETE ATTACHMENT " + name);
});
TransactionalStorage
.ExecuteImmediatelyOrRegisterForSynchronization(
() =>
{
Database.AttachmentDeleteTriggers.Apply(trigger => trigger.AfterCommit(name));
var newAttachmentNotification = new AttachmentChangeNotification()
{
Id = name,
Type = AttachmentChangeTypes.Delete,
Etag = etag
};
Database.Notifications.RaiseNotifications(newAttachmentNotification, null);
});
}
public void DeleteIndex(string name)
{
using (IndexDefinitionStorage.TryRemoveIndexContext())
{
var instance = IndexDefinitionStorage.GetIndexDefinition(name);
if (instance == null)
{
return;
}
// Set up a flag to signal that this is something we're doing
TransactionalStorage.Batch(actions => actions.Lists.Set("Raven/Indexes/PendingDeletion", instance.IndexId.ToString(CultureInfo.InvariantCulture), (RavenJObject.FromObject(new
{
TimeOfOriginalDeletion = SystemTime.UtcNow,
instance.IndexId,
IndexName = instance.Name
})), UuidType.Tasks));
// Delete the main record synchronously
IndexDefinitionStorage.RemoveIndex(name);
Database.IndexStorage.DeleteIndex(instance.IndexId);
WorkContext.ClearErrorsFor(name);
// And delete the data in the background
StartDeletingIndexDataAsync(instance.IndexId, name);
// We raise the notification now because as far as we're concerned it is done *now*
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new IndexChangeNotification
{
Name = name,
Type = IndexChangeTypes.IndexRemoved,
}));
}
}
public string PutTransform(string name, TransformerDefinition definition)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
if (definition == null)
{
throw new ArgumentNullException("definition");
}
name = name.Trim();
var existingDefinition = IndexDefinitionStorage.GetTransformerDefinition(name);
if (existingDefinition != null)
{
switch (existingDefinition.LockMode)
{
case TransformerLockMode.Unlock:
if (existingDefinition.Equals(definition))
{
return(name); // no op for the same transformer
}
break;
case TransformerLockMode.LockedIgnore:
Log.Info("Transformer {0} not saved because it was lock (with ignore)", name);
return(name);
default:
throw new ArgumentOutOfRangeException();
}
}
var generator = IndexDefinitionStorage.CompileTransform(definition);
if (existingDefinition != null)
{
IndexDefinitionStorage.RemoveTransformer(existingDefinition.TransfomerId);
}
TransactionalStorage.Batch(accessor =>
{
definition.TransfomerId = (int)Database.Documents.GetNextIdentityValueWithoutOverwritingOnExistingDocuments("TransformerId", accessor);
});
IndexDefinitionStorage.CreateAndPersistTransform(definition, generator);
IndexDefinitionStorage.AddTransform(definition.TransfomerId, definition);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new TransformerChangeNotification()
{
Name = name,
Type = TransformerChangeTypes.TransformerAdded,
}));
return(name);
}
public void DeleteTransform(string name)
{
IndexDefinitionStorage.RemoveTransformer(name);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new TransformerChangeNotification
{
Name = name,
Type = TransformerChangeTypes.TransformerRemoved
}));
}
internal void DeleteIndex(IndexDefinition instance, bool removeByNameMapping = true,
bool clearErrors = true, bool removeIndexReplaceDocument = true, bool isSideBySideReplacement = false)
{
using (IndexDefinitionStorage.TryRemoveIndexContext())
{
if (instance == null)
{
return;
}
// Set up a flag to signal that this is something we're doing
TransactionalStorage.Batch(actions => actions.Lists.Set("Raven/Indexes/PendingDeletion", instance.IndexId.ToString(CultureInfo.InvariantCulture), (RavenJObject.FromObject(new
{
TimeOfOriginalDeletion = SystemTime.UtcNow,
instance.IndexId,
IndexName = instance.Name,
instance.IndexVersion
})), UuidType.Tasks));
// Delete the main record synchronously
IndexDefinitionStorage.RemoveIndex(instance.IndexId, removeByNameMapping);
Database.IndexStorage.DeleteIndex(instance.IndexId);
if (clearErrors)
{
WorkContext.ClearErrorsFor(instance.Name);
}
var isSideBySide = instance.IsSideBySideIndex ||
instance.Name.StartsWith(Constants.SideBySideIndexNamePrefix, StringComparison.OrdinalIgnoreCase);
if (removeIndexReplaceDocument && isSideBySide)
{
Database.Documents.Delete(Constants.IndexReplacePrefix + instance.Name, null, null);
}
Database.IndexStorage.DeleteSuggestionsData(instance.Name);
//remove the header information in a sync process
TransactionalStorage.Batch(actions => actions.Indexing.PrepareIndexForDeletion(instance.IndexId));
//and delete the data in the background
Database.Maintenance.StartDeletingIndexDataAsync(instance.IndexId, instance.Name);
var indexChangeType = isSideBySideReplacement ? IndexChangeTypes.SideBySideReplace : IndexChangeTypes.IndexRemoved;
// We raise the notification now because as far as we're concerned it is done *now*
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() =>
Database.Notifications.RaiseNotifications(new IndexChangeNotification
{
Name = instance.Name,
Type = indexChangeType,
Version = instance.IndexVersion
})
);
}
}
public Etag PutStatic(string name, Etag etag, Stream data, RavenJObject metadata)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
name = name.Trim();
if (Encoding.Unicode.GetByteCount(name) >= 2048)
{
throw new ArgumentException("The key must be a maximum of 2,048 bytes in Unicode, 1,024 characters", "name");
}
var locker = putAttachmentSerialLock.GetOrAdd(name, s => new object());
Monitor.Enter(locker);
try
{
Etag newEtag = Etag.Empty;
TransactionalStorage.Batch(actions =>
{
AssertAttachmentPutOperationNotVetoed(name, metadata, data);
Database.AttachmentPutTriggers.Apply(trigger => trigger.OnPut(name, data, metadata));
newEtag = actions.Attachments.AddAttachment(name, etag, data, metadata);
Database.AttachmentPutTriggers.Apply(trigger => trigger.AfterPut(name, data, metadata, newEtag));
WorkContext.ShouldNotifyAboutWork(() => "PUT ATTACHMENT " + name);
});
TransactionalStorage
.ExecuteImmediatelyOrRegisterForSynchronization(() =>
{
Database.AttachmentPutTriggers.Apply(trigger => trigger.AfterCommit(name, data, metadata, newEtag));
var newAttachmentNotification = new AttachmentChangeNotification()
{
Id = name,
Type = AttachmentChangeTypes.Put,
Etag = newEtag
};
Database.Notifications.RaiseNotifications(newAttachmentNotification, metadata);
});
return(newEtag);
}
finally
{
Monitor.Exit(locker);
putAttachmentSerialLock.TryRemove(name, out locker);
}
}
public bool DeleteTransform(string name, int?deletedTransformerVersion)
{
var transformer = GetTransformerDefinition(name);
if (transformer == null)
{
return(false);
}
var currentTransformerVersion = transformer.TransformerVersion;
if (deletedTransformerVersion != null &&
currentTransformerVersion != null &&
currentTransformerVersion > deletedTransformerVersion)
{
// the transformer version is larger than the deleted one
// got an old delete from an outdated node
return(false);
}
if (IndexDefinitionStorage.RemoveTransformer(name) == false)
{
return(false);
}
var version = currentTransformerVersion ?? 0;
if (deletedTransformerVersion != null)
{
version = Math.Max(version, deletedTransformerVersion.Value);
}
TransactionalStorage.Batch(actions =>
{
var metadata = new RavenJObject
{
{ IndexDefinitionStorage.TransformerVersionKey, version }
};
actions.Lists.Set(Constants.RavenDeletedTransformersVersions, name, metadata, UuidType.Transformers);
});
//raise notification only if the transformer was actually removed
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new TransformerChangeNotification
{
Name = name,
Type = TransformerChangeTypes.TransformerRemoved,
Version = version
}));
return(true);
}
public bool DeleteTransform(string name)
{
if (!IndexDefinitionStorage.RemoveTransformer(name))
{
return(false);
}
//raise notification only if the transformer was actually removed
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new TransformerChangeNotification
{
Name = name,
Type = TransformerChangeTypes.TransformerRemoved
}));
return(true);
}
public string PutTransform(string name, TransformerDefinition definition)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
if (definition == null)
{
throw new ArgumentNullException("definition");
}
name = name.Trim();
var existingDefinition = IndexDefinitionStorage.GetTransformerDefinition(name);
if (existingDefinition != null && existingDefinition.Equals(definition))
{
return(name); // no op for the same transformer
}
var generator = IndexDefinitionStorage.CompileTransform(definition);
if (existingDefinition != null)
{
IndexDefinitionStorage.RemoveTransformer(existingDefinition.TransfomerId);
}
TransactionalStorage.Batch(accessor =>
{
definition.TransfomerId = (int)Database.Documents.GetNextIdentityValueWithoutOverwritingOnExistingDocuments("TransformerId", accessor);
});
IndexDefinitionStorage.CreateAndPersistTransform(definition, generator);
IndexDefinitionStorage.AddTransform(definition.TransfomerId, definition);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new TransformerChangeNotification()
{
Name = name,
Type = TransformerChangeTypes.TransformerAdded,
}));
return(name);
}
public string[] PutIndexes(string[] names, IndexDefinition[] definitions, IndexingPriority[] priorities)
{
var createdIndexes = new List <string>();
var prioritiesList = new List <IndexingPriority>();
try
{
for (int i = 0; i < names.Length; i++)
{
var name = names[i];
var definition = definitions[i];
var priority = priorities[i];
if (name == null)
{
throw new ArgumentNullException("names", "Names cannot contain null values");
}
IsIndexNameValid(name);
var existingIndex = IndexDefinitionStorage.GetIndexDefinition(name);
if (existingIndex != null)
{
switch (existingIndex.LockMode)
{
case IndexLockMode.SideBySide:
Log.Info("Index {0} not saved because it might be only updated by side-by-side index");
throw new InvalidOperationException("Can not overwrite locked index: " + name + ". This index can be only updated by side-by-side index.");
case IndexLockMode.LockedIgnore:
Log.Info("Index {0} not saved because it was lock (with ignore)", name);
continue;
case IndexLockMode.LockedError:
throw new InvalidOperationException("Can not overwrite locked index: " + name);
}
}
name = name.Trim();
if (name.Equals("dynamic", StringComparison.OrdinalIgnoreCase) ||
name.StartsWith("dynamic/", StringComparison.OrdinalIgnoreCase))
{
throw new ArgumentException("Cannot use index name " + name + " because it clashes with reserved dynamic index names", "name");
}
if (name.Contains("//"))
{
throw new ArgumentException("Cannot use an index with // in the name, but got: " + name, "name");
}
AssertAnalyzersValid(definition);
switch (FindIndexCreationOptions(definition, ref name))
{
case IndexCreationOptions.Noop:
continue;
case IndexCreationOptions.UpdateWithoutUpdatingCompiledIndex:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
IndexDefinitionStorage.UpdateIndexDefinitionWithoutUpdatingCompiledIndex(definition);
break;
case IndexCreationOptions.Update:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
DeleteIndex(name);
break;
}
PutNewIndexIntoStorage(name, definition, true);
WorkContext.ClearErrorsFor(name);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new IndexChangeNotification
{
Name = name,
Type = IndexChangeTypes.IndexAdded,
}));
createdIndexes.Add(name);
prioritiesList.Add(priority);
}
var indexesIds = createdIndexes.Select(x => Database.IndexStorage.GetIndexInstance(x).indexId).ToArray();
Database.TransactionalStorage.Batch(accessor => accessor.Indexing.SetIndexesPriority(indexesIds, prioritiesList.ToArray()));
return(createdIndexes.ToArray());
}
catch (Exception e)
{
Log.WarnException("Could not create index batch", e);
foreach (var index in createdIndexes)
{
DeleteIndex(index);
}
throw;
}
}
public string PutIndex(string name, IndexDefinition definition)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
IsIndexNameValid(name);
var existingIndex = IndexDefinitionStorage.GetIndexDefinition(name);
if (existingIndex != null)
{
switch (existingIndex.LockMode)
{
case IndexLockMode.SideBySide:
Log.Info("Index {0} not saved because it might be only updated by side-by-side index");
throw new InvalidOperationException("Can not overwrite locked index: " + name + ". This index can be only updated by side-by-side index.");
case IndexLockMode.LockedIgnore:
Log.Info("Index {0} not saved because it was lock (with ignore)", name);
return(name);
case IndexLockMode.LockedError:
throw new InvalidOperationException("Can not overwrite locked index: " + name);
}
}
name = name.Trim();
if (name.Equals("dynamic", StringComparison.OrdinalIgnoreCase) ||
name.StartsWith("dynamic/", StringComparison.OrdinalIgnoreCase))
{
throw new ArgumentException("Cannot use index name " + name + " because it clashes with reserved dynamic index names", "name");
}
if (name.Contains("//"))
{
throw new ArgumentException("Cannot use an index with // in the name, but got: " + name, "name");
}
AssertAnalyzersValid(definition);
switch (FindIndexCreationOptions(definition, ref name))
{
case IndexCreationOptions.Noop:
return(name);
case IndexCreationOptions.UpdateWithoutUpdatingCompiledIndex:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
IndexDefinitionStorage.UpdateIndexDefinitionWithoutUpdatingCompiledIndex(definition);
return(name);
case IndexCreationOptions.Update:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
DeleteIndex(name);
break;
}
PutNewIndexIntoStorage(name, definition);
WorkContext.ClearErrorsFor(name);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new IndexChangeNotification
{
Name = name,
Type = IndexChangeTypes.IndexAdded,
}));
return(name);
}
private string PutIndexInternal(string name, IndexDefinition definition, bool disableIndexBeforePut = false,
bool isUpdateBySideSide = false, IndexCreationOptions?creationOptions = null, bool isReplication = false)
{
if (name == null)
{
throw new ArgumentNullException(nameof(name));
}
name = name.Trim();
IsIndexNameValid(name);
var existingIndex = IndexDefinitionStorage.GetIndexDefinition(name);
if (existingIndex != null)
{
var newIndexVersion = definition.IndexVersion;
var currentIndexVersion = existingIndex.IndexVersion;
// whether we update the index definition or not,
// we need to update the index version
existingIndex.IndexVersion = definition.IndexVersion =
Math.Max(currentIndexVersion ?? 0, newIndexVersion ?? 0);
switch (isReplication)
{
case true:
if (newIndexVersion != null && currentIndexVersion != null &&
newIndexVersion <= currentIndexVersion)
{
//this new index is an older version of the current one
return(null);
}
// we need to update the lock mode only if it was updated by another server
existingIndex.LockMode = definition.LockMode;
break;
default:
if (CanUpdateIndex(name, definition, isUpdateBySideSide, existingIndex) == false)
{
return(null);
}
break;
}
}
AssertAnalyzersValid(definition);
switch (creationOptions ?? FindIndexCreationOptions(definition, ref name))
{
case IndexCreationOptions.Noop:
return(null);
case IndexCreationOptions.UpdateWithoutUpdatingCompiledIndex:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
IndexDefinitionStorage.UpdateIndexDefinitionWithoutUpdatingCompiledIndex(definition);
if (isReplication == false)
{
definition.IndexVersion = (definition.IndexVersion ?? 0) + 1;
}
return(null);
case IndexCreationOptions.Update:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
DeleteIndex(name);
if (isReplication == false)
{
definition.IndexVersion = (definition.IndexVersion ?? 0) + 1;
}
break;
case IndexCreationOptions.Create:
if (isReplication == false)
{
// we create a new index,
// we need to restore its previous IndexVersion (if it was deleted before)
var deletedIndexVersion = IndexDefinitionStorage.GetDeletedIndexVersion(definition);
var replacingIndexVersion = GetOriginalIndexVersion(definition.Name);
definition.IndexVersion = Math.Max(deletedIndexVersion, replacingIndexVersion);
definition.IndexVersion++;
}
break;
}
PutNewIndexIntoStorage(name, definition, disableIndexBeforePut);
WorkContext.ClearErrorsFor(name);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new IndexChangeNotification
{
Name = name,
Type = IndexChangeTypes.IndexAdded,
Version = definition.IndexVersion
}));
return(name);
}
public bool Delete(string key, Etag etag, TransactionInformation transactionInformation, out RavenJObject metadata)
{
if (key == null)
{
throw new ArgumentNullException("key");
}
key = key.Trim();
var deleted = false;
Log.Debug("Delete a document with key: {0} and etag {1}", key, etag);
RavenJObject metadataVar = null;
using (Database.DocumentLock.Lock())
{
TransactionalStorage.Batch(actions =>
{
AssertDeleteOperationNotVetoed(key, transactionInformation);
if (transactionInformation == null)
{
Database.DeleteTriggers.Apply(trigger => trigger.OnDelete(key, null));
Etag deletedETag;
if (actions.Documents.DeleteDocument(key, etag, out metadataVar, out deletedETag))
{
deleted = true;
actions.Indexing.RemoveAllDocumentReferencesFrom(key);
WorkContext.MarkDeleted(key);
Database.Indexes.CheckReferenceBecauseOfDocumentUpdate(key, actions);
foreach (var indexName in IndexDefinitionStorage.IndexNames)
{
AbstractViewGenerator abstractViewGenerator =
IndexDefinitionStorage.GetViewGenerator(indexName);
if (abstractViewGenerator == null)
{
continue;
}
var token = metadataVar.Value <string>(Constants.RavenEntityName);
if (token != null && // the document has a entity name
abstractViewGenerator.ForEntityNames.Count > 0)
// the index operations on specific entities
{
if (abstractViewGenerator.ForEntityNames.Contains(token) == false)
{
continue;
}
}
var instance = IndexDefinitionStorage.GetIndexDefinition(indexName);
var task = actions.GetTask(x => x.Index == instance.IndexId, new RemoveFromIndexTask
{
Index = instance.IndexId
});
task.Keys.Add(key);
}
if (deletedETag != null)
{
Database.Prefetcher.AfterDelete(key, deletedETag);
}
Database.DeleteTriggers.Apply(trigger => trigger.AfterDelete(key, null));
}
TransactionalStorage
.ExecuteImmediatelyOrRegisterForSynchronization(() =>
{
Database.DeleteTriggers.Apply(trigger => trigger.AfterCommit(key));
Database.Notifications.RaiseNotifications(new DocumentChangeNotification
{
Id = key,
Type = DocumentChangeTypes.Delete,
TypeName = (metadataVar != null) ? metadataVar.Value <string>(Constants.RavenClrType) : null,
CollectionName = (metadataVar != null) ? metadataVar.Value <string>(Constants.RavenEntityName) : null
}, metadataVar);
});
}
else
{
var doc = actions.Documents.DocumentMetadataByKey(key, null);
Database.InFlightTransactionalState.DeleteDocumentInTransaction(transactionInformation, key,
etag,
doc == null ? Etag.Empty : doc.Etag,
UuidGenerator);
deleted = doc != null;
}
WorkContext.ShouldNotifyAboutWork(() => "DEL " + key);
});
metadata = metadataVar;
return(deleted);
}
}
public bool Delete(string key, Etag etag, out RavenJObject metadata, string[] participatingIds = null)
{
if (key == null)
{
throw new ArgumentNullException("key");
}
key = key.Trim();
var deleted = false;
if (Log.IsDebugEnabled)
{
Log.Debug("Delete a document with key: {0} and etag {1}", key, etag);
}
RavenJObject metadataVar = null;
using (Database.DocumentLock.Lock())
{
TransactionalStorage.Batch(actions =>
{
AssertDeleteOperationNotVetoed(key);
Database.DeleteTriggers.Apply(trigger => trigger.OnDelete(key));
string collection = null;
Etag deletedETag;
if (actions.Documents.DeleteDocument(key, etag, out metadataVar, out deletedETag))
{
deleted = true;
actions.Indexing.RemoveAllDocumentReferencesFrom(key);
WorkContext.MarkDeleted(key);
Database.Indexes.CheckReferenceBecauseOfDocumentUpdate(key, actions, participatingIds);
collection = metadataVar.Value <string>(Constants.RavenEntityName);
DeleteDocumentFromIndexesForCollection(key, collection, actions);
if (deletedETag != null)
{
Database.Prefetcher.AfterDelete(key, deletedETag);
}
Database.DeleteTriggers.Apply(trigger => trigger.AfterDelete(key));
}
TransactionalStorage
.ExecuteImmediatelyOrRegisterForSynchronization(() =>
{
Database.DeleteTriggers.Apply(trigger => trigger.AfterCommit(key));
if (string.IsNullOrEmpty(collection) == false)
{
Database.LastCollectionEtags.Update(collection);
}
Database.Notifications.RaiseNotifications(new DocumentChangeNotification
{
Id = key,
Type = DocumentChangeTypes.Delete,
TypeName = (metadataVar != null) ? metadataVar.Value <string>(Constants.RavenClrType) : null,
CollectionName = (metadataVar != null) ? metadataVar.Value <string>(Constants.RavenEntityName) : null
}, metadataVar);
});
WorkContext.ShouldNotifyAboutWork(() => "DEL " + key);
});
metadata = metadataVar;
return(deleted);
}
}
public string PutTransform(string name, TransformerDefinition definition, bool isReplication = false)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
if (definition == null)
{
throw new ArgumentNullException("definition");
}
name = name.Trim();
var existingDefinition = IndexDefinitionStorage.GetTransformerDefinition(name);
if (existingDefinition != null)
{
var newTransformerVersion = definition.TransformerVersion;
var currentTransformerVersion = existingDefinition.TransformerVersion;
// whether we update the transformer definition or not,
// we need to update the transformer version
existingDefinition.TransformerVersion = definition.TransformerVersion =
Math.Max(currentTransformerVersion ?? 0, newTransformerVersion ?? 0);
switch (isReplication)
{
case true:
if (newTransformerVersion != null && currentTransformerVersion != null &&
newTransformerVersion <= currentTransformerVersion)
{
//this new transformer is an older version of the current one
return(null);
}
// we need to update the lock mode only if it was updated by another server
existingDefinition.LockMode = definition.LockMode;
break;
default:
switch (existingDefinition.LockMode)
{
case TransformerLockMode.Unlock:
if (existingDefinition.Equals(definition))
{
return(name); // no op for the same transformer
}
definition.TransformerVersion++;
break;
case TransformerLockMode.LockedIgnore:
Log.Info("Transformer {0} not saved because it was lock (with ignore)", name);
return(name);
default:
throw new ArgumentOutOfRangeException();
}
break;
}
}
else if (isReplication == false)
{
// we're creating a new transformer,
// we need to take the transformer version of the deleted transformer (if exists)
definition.TransformerVersion = GetDeletedTransformerId(definition.Name);
definition.TransformerVersion = (definition.TransformerVersion ?? 0) + 1;
}
if (definition.TransformerVersion == null)
{
definition.TransformerVersion = 0;
}
var generator = IndexDefinitionStorage.CompileTransform(definition);
if (existingDefinition != null)
{
IndexDefinitionStorage.RemoveTransformer(existingDefinition.TransfomerId);
}
var temporary = definition.Temporary;
if (temporary)
{
definition.TransfomerId = Database.Transformers.GetNextTemporaryTransformerIndex();
IndexDefinitionStorage.CreateTransform(definition, generator);
IndexDefinitionStorage.AddTransform(definition.TransfomerId, definition);
}
else
{
TransactionalStorage.Batch(accessor =>
{
definition.TransfomerId = (int)Database.Documents.GetNextIdentityValueWithoutOverwritingOnExistingDocuments("TransformerId", accessor);
});
IndexDefinitionStorage.CreateTransform(definition, generator);
IndexDefinitionStorage.PersistTransform(definition);
IndexDefinitionStorage.AddTransform(definition.TransfomerId, definition);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new TransformerChangeNotification()
{
Name = name,
Type = TransformerChangeTypes.TransformerAdded,
Version = definition.TransformerVersion
}));
}
return(name);
}
public PutResult Put(string key, Etag etag, RavenJObject document, RavenJObject metadata, TransactionInformation transactionInformation)
{
WorkContext.MetricsCounters.DocsPerSecond.Mark();
key = string.IsNullOrWhiteSpace(key) ? Guid.NewGuid().ToString() : key.Trim();
RemoveReservedProperties(document);
RemoveMetadataReservedProperties(metadata);
Etag newEtag = Etag.Empty;
using (Database.DocumentLock.Lock())
{
TransactionalStorage.Batch(actions =>
{
if (key.EndsWith("/"))
{
key += GetNextIdentityValueWithoutOverwritingOnExistingDocuments(key, actions);
}
AssertPutOperationNotVetoed(key, metadata, document, transactionInformation);
if (transactionInformation == null)
{
if (Database.InFlightTransactionalState.IsModified(key))
{
throw new ConcurrencyException("PUT attempted on : " + key +
" while it is being locked by another transaction");
}
Database.PutTriggers.Apply(trigger => trigger.OnPut(key, document, metadata, null));
var addDocumentResult = actions.Documents.AddDocument(key, etag, document, metadata);
newEtag = addDocumentResult.Etag;
Database.Indexes.CheckReferenceBecauseOfDocumentUpdate(key, actions);
metadata[Constants.LastModified] = addDocumentResult.SavedAt;
metadata.EnsureSnapshot(
"Metadata was written to the database, cannot modify the document after it was written (changes won't show up in the db). Did you forget to call CreateSnapshot() to get a clean copy?");
document.EnsureSnapshot(
"Document was written to the database, cannot modify the document after it was written (changes won't show up in the db). Did you forget to call CreateSnapshot() to get a clean copy?");
actions.AfterStorageCommitBeforeWorkNotifications(new JsonDocument
{
Metadata = metadata,
Key = key,
DataAsJson = document,
Etag = newEtag,
LastModified = addDocumentResult.SavedAt,
SkipDeleteFromIndex = addDocumentResult.Updated == false
}, documents => Database.Prefetcher.AfterStorageCommitBeforeWorkNotifications(PrefetchingUser.Indexer, documents));
if (addDocumentResult.Updated)
{
Database.Prefetcher.AfterUpdate(key, addDocumentResult.PrevEtag);
}
Database.PutTriggers.Apply(trigger => trigger.AfterPut(key, document, metadata, newEtag, null));
TransactionalStorage
.ExecuteImmediatelyOrRegisterForSynchronization(() =>
{
Database.PutTriggers.Apply(trigger => trigger.AfterCommit(key, document, metadata, newEtag));
var newDocumentChangeNotification =
new DocumentChangeNotification
{
Id = key,
Type = DocumentChangeTypes.Put,
TypeName = metadata.Value <string>(Constants.RavenClrType),
CollectionName = metadata.Value <string>(Constants.RavenEntityName),
Etag = newEtag
};
Database.Notifications.RaiseNotifications(newDocumentChangeNotification, metadata);
});
WorkContext.ShouldNotifyAboutWork(() => "PUT " + key);
}
else
{
var doc = actions.Documents.DocumentMetadataByKey(key);
newEtag = Database.InFlightTransactionalState.AddDocumentInTransaction(key, etag, document, metadata,
transactionInformation,
doc == null
? Etag.Empty
: doc.Etag,
UuidGenerator);
}
});
Log.Debug("Put document {0} with etag {1}", key, newEtag);
return(new PutResult
{
Key = key,
ETag = newEtag
});
}
}
public bool Delete(string key, Etag etag, TransactionInformation transactionInformation, out RavenJObject metadata)
{
if (key == null)
{
throw new ArgumentNullException("key");
}
key = key.Trim();
var deleted = false;
Log.Debug("Delete a document with key: {0} and etag {1}", key, etag);
RavenJObject metadataVar = null;
using (Database.DocumentLock.Lock())
{
TransactionalStorage.Batch(actions =>
{
AssertDeleteOperationNotVetoed(key, transactionInformation);
if (transactionInformation == null)
{
Database.DeleteTriggers.Apply(trigger => trigger.OnDelete(key, null));
Etag deletedETag;
if (actions.Documents.DeleteDocument(key, etag, out metadataVar, out deletedETag))
{
deleted = true;
actions.Indexing.RemoveAllDocumentReferencesFrom(key);
WorkContext.MarkDeleted(key);
Database.Indexes.CheckReferenceBecauseOfDocumentUpdate(key, actions);
var collection = metadataVar.Value <string>(Constants.RavenEntityName);
DeleteDocumentFromIndexesForCollection(key, collection, actions);
if (deletedETag != null)
{
Database.Prefetcher.AfterDelete(key, deletedETag);
}
Database.DeleteTriggers.Apply(trigger => trigger.AfterDelete(key, null));
}
TransactionalStorage
.ExecuteImmediatelyOrRegisterForSynchronization(() =>
{
Database.DeleteTriggers.Apply(trigger => trigger.AfterCommit(key));
Database.Notifications.RaiseNotifications(new DocumentChangeNotification
{
Id = key,
Type = DocumentChangeTypes.Delete,
TypeName = (metadataVar != null) ? metadataVar.Value <string>(Constants.RavenClrType) : null,
CollectionName = (metadataVar != null) ? metadataVar.Value <string>(Constants.RavenEntityName) : null
}, metadataVar);
});
}
else
{
var doc = actions.Documents.DocumentMetadataByKey(key);
Database.InFlightTransactionalState.DeleteDocumentInTransaction(transactionInformation, key,
etag,
doc == null ? Etag.Empty : doc.Etag,
UuidGenerator);
deleted = doc != null;
}
WorkContext.ShouldNotifyAboutWork(() => "DEL " + key);
});
metadata = metadataVar;
return(deleted);
}
}
private string PutIndexInternal(string name, IndexDefinition definition, bool disableIndexBeforePut = false, bool isUpdateBySideSide = false, IndexCreationOptions?creationOptions = null)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
name = name.Trim();
IsIndexNameValid(name);
var existingIndex = IndexDefinitionStorage.GetIndexDefinition(name);
if (existingIndex != null)
{
switch (existingIndex.LockMode)
{
case IndexLockMode.SideBySide:
if (isUpdateBySideSide == false)
{
Log.Info("Index {0} not saved because it might be only updated by side-by-side index");
throw new InvalidOperationException("Can not overwrite locked index: " + name + ". This index can be only updated by side-by-side index.");
}
break;
case IndexLockMode.LockedIgnore:
Log.Info("Index {0} not saved because it was lock (with ignore)", name);
return(null);
case IndexLockMode.LockedError:
throw new InvalidOperationException("Can not overwrite locked index: " + name);
}
}
AssertAnalyzersValid(definition);
switch (creationOptions ?? FindIndexCreationOptions(definition, ref name))
{
case IndexCreationOptions.Noop:
return(null);
case IndexCreationOptions.UpdateWithoutUpdatingCompiledIndex:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
IndexDefinitionStorage.UpdateIndexDefinitionWithoutUpdatingCompiledIndex(definition);
return(null);
case IndexCreationOptions.Update:
// ensure that the code can compile
new DynamicViewCompiler(definition.Name, definition, Database.Extensions, IndexDefinitionStorage.IndexDefinitionsPath, Database.Configuration).GenerateInstance();
DeleteIndex(name);
break;
}
PutNewIndexIntoStorage(name, definition, disableIndexBeforePut);
WorkContext.ClearErrorsFor(name);
TransactionalStorage.ExecuteImmediatelyOrRegisterForSynchronization(() => Database.Notifications.RaiseNotifications(new IndexChangeNotification
{
Name = name,
Type = IndexChangeTypes.IndexAdded,
}));
return(name);
}
