// Returns the indexable generating this receipt and also remove it from the cache
public Indexable RetrieveRequestIndexable(IndexerReceipt r)
{
Indexable requested_indexable = null;
if (indexables.TryGetValue(r.Id, out requested_indexable))
{
indexables.Remove(r.Id);
}
else if (deferred_indexables.TryGetValue(r.Id, out requested_indexable))
{
deferred_indexables.Remove(r.Id);
}
else
{
Log.Warn("Unable to match receipt #{0} to any previous request!", r.Id);
}
return(requested_indexable);
}
private IndexerReceipt [] FlushGeneratedIndexables_Unlocked (IndexerRequest request)
{
int num_indexed = 0;
ArrayList receipt_queue;
receipt_queue = new ArrayList ();
if (text_cache != null)
text_cache.BeginTransaction ();
IndexWriter primary_writer, secondary_writer;
primary_writer = new IndexWriter (PrimaryStore, IndexingAnalyzer, false);
secondary_writer = null;
IndexerAddedReceipt r;
Log.Debug ("Continuing indexing generated indexables from {0} indexables", deferred_indexables.Count);
// Access using index so that we can add more deferred_indexable at the front
// deferred_indexables are added at the front and fetched from the front like a stack
while (deferred_indexables.Count > 0) {
DeferredInfo di = (DeferredInfo) deferred_indexables [0];
if (di.Indexable.LocalState ["HasNextIndexable"] != null) {
// Finally, good to index
// Should we do a sanity check ? deferred_indexables [0] =?= di
deferred_indexables.RemoveAt (0);
Document persistent_prop_doc = null;
if (di.PersistentPropDocs != null)
persistent_prop_doc = (Document) di.PersistentPropDocs [di.Indexable.Uri];
if (di.Indexable.DisplayUri != di.Indexable.ContentUri)
Log.Debug ("+{0} ({1}) [deferred]", di.Indexable.DisplayUri, di.Indexable.ContentUri);
else
Log.Debug ("+{0} [deferred]", di.Indexable.DisplayUri);
AddDocumentToIndex (di.Indexable, persistent_prop_doc, primary_writer, ref secondary_writer);
// Add the receipt if the indexable was submitted and not generated
if (di.Indexable.LocalState ["GeneratedIndexable"] == null) {
r = new IndexerAddedReceipt (di.Indexable.Id);
r.FilterName = di.Filter.GetType ().ToString ();
r.FilterVersion = di.Filter.Version;
receipt_queue.Add (r);
}
// Cleanup, and text cache maintenance.
di.Cleanup ();
if (disable_textcache && text_cache != null)
text_cache.Delete (di.Indexable.Uri);
num_indexed ++;
continue;
}
Log.Debug ("Processing deferred indexable from {0}", di.Indexable.DisplayUri);
bool next = false;
while (! next && ! Shutdown.ShutdownRequested && num_indexed <= RequestFlushThreshold) {
Indexable generated_indexable = null;
bool next_indexable = false;
try {
next_indexable = di.Filter.GenerateNextIndexable (out generated_indexable);
} catch (Exception e) {
Log.Error (e, "Error while generating next indexable from {0}", di.Indexable.DisplayUri);
}
if (! next_indexable) {
// Mark it for indexing and leave it in the stack
di.Indexable.LocalState ["HasNextIndexable"] = false;
next = true;
break;
}
if (generated_indexable == null)
continue;
Log.Debug ("Adding generated indexable {0}", generated_indexable.DisplayUri);
// Mark this indexable
generated_indexable.LocalState ["GeneratedIndexable"] = true;
// IndexerGenerated indexables have a common parenturi, which has been used before
// to remove all docs from the lucene index with that parenturi. So, now we can safely
// go ahead and just add the new information.
r = AddIndexableToIndex (generated_indexable, primary_writer, ref secondary_writer, di.PersistentPropDocs);
// But do not add r to the receipt queue, since this was generated
if (r != null) // null receipt is returned if generated_indexable is deferred
num_indexed ++;
}
if (Shutdown.ShutdownRequested || num_indexed > RequestFlushThreshold)
break;
}
if (text_cache != null)
text_cache.CommitTransaction ();
if (Shutdown.ShutdownRequested) {
foreach (DeferredInfo di in deferred_indexables)
di.Cleanup ();
deferred_indexables.Clear ();
primary_writer.Close ();
if (secondary_writer != null)
secondary_writer.Close ();
return null;
}
primary_writer.Close ();
if (secondary_writer != null)
secondary_writer.Close ();
// Send a single IndexerIndexablesReceipt if there were deferred indexables
if (deferred_indexables.Count > 0) {
Log.Debug ("{0} more indexable-generating indexable remainding to index; asking daemon to schedule their indexing.", deferred_indexables.Count);
IndexerIndexablesReceipt paused_receipt = new IndexerIndexablesReceipt ();
receipt_queue.Add (paused_receipt);
}
IndexerReceipt [] receipt_array;
receipt_array = new IndexerReceipt [receipt_queue.Count];
for (int i = 0; i < receipt_queue.Count; ++i)
receipt_array [i] = (IndexerReceipt) receipt_queue [i];
return receipt_array;
}
private IndexerReceipt [] Flush_Unlocked (IndexerRequest request)
{
ArrayList receipt_queue;
receipt_queue = new ArrayList ();
IndexReader primary_reader, secondary_reader;
primary_reader = IndexReader.Open (PrimaryStore);
secondary_reader = IndexReader.Open (SecondaryStore);
// Step #1: Make our first pass over the list of
// indexables that make up our request. For each add
// or property change in the request, get the Lucene
// documents so we can move forward any persistent
// properties (for adds) or all old properties (for
// property changes).
//
// Then, for each add or remove in the request,
// delete the associated documents from the index.
// Note that we previously cached added documents so
// that we can move persistent properties forward.
// parent_child_old_props is double-nested hashtable (depth-2 tree)
// indexed by the parent uri, it stores another hashtable indexed by the (parent+child documents)
// FIXME: 2-level hashtable is a waste for any non-child document.
// Replace this by a better data structure.
Hashtable parent_child_old_props = UriFu.NewHashtable ();
TermDocs term_docs = secondary_reader.TermDocs ();
int delete_count = 0;
IEnumerable request_indexables = request.Indexables;
foreach (Indexable indexable in request_indexables) {
string uri_str = UriFu.UriToEscapedString (indexable.Uri);
Term term;
// Store the necessary properties from old documents for re-addition
if (indexable.Type == IndexableType.Add ||
indexable.Type == IndexableType.PropertyChange) {
term = new Term ("Uri", uri_str);
term_docs.Seek (term);
Hashtable this_parent_child_props = null;
if (term_docs.Next ()) {
this_parent_child_props = UriFu.NewHashtable ();
this_parent_child_props [indexable.Uri] = secondary_reader.Document (term_docs.Doc ());
parent_child_old_props [indexable.Uri] = this_parent_child_props;
}
term = new Term ("ParentUri", uri_str);
term_docs.Seek (term);
while (term_docs.Next ()) {
Document doc = secondary_reader.Document (term_docs.Doc ());
string child_uri_str = doc.Get ("Uri");
Uri child_uri = UriFu.EscapedStringToUri (child_uri_str);
// Any valid lucene document *should* have a Uri, so no need to check for null
// Store the child documents too, to save persistent-properties
// of child documents
this_parent_child_props [child_uri] = doc;
}
}
// Now remove (non-remove indexables will be re-added in next block)
Logger.Log.Debug ("-{0}", indexable.DisplayUri);
int num_delete = 0;
term = new Term ("Uri", uri_str);
// For property changes, only secondary index is modified
secondary_reader.DeleteDocuments (term);
// Now remove from everywhere else (if asked to remove or if asked to add, in which case
// we first remove and then add)
// So we also need to remove child documents
if (indexable.Type != IndexableType.PropertyChange) {
num_delete = primary_reader.DeleteDocuments (term);
// When we delete an indexable, also delete any children.
// FIXME: Shouldn't we also delete any children of children, etc.?
term = new Term ("ParentUri", uri_str);
num_delete += primary_reader.DeleteDocuments (term);
secondary_reader.DeleteDocuments (term);
}
// If this is a strict removal (and not a deletion that
// we are doing in anticipation of adding something back),
// queue up a removed receipt.
if (indexable.Type == IndexableType.Remove) {
IndexerRemovedReceipt r;
r = new IndexerRemovedReceipt (indexable.Id);
r.NumRemoved = num_delete;
receipt_queue.Add (r);
}
delete_count += num_delete;
}
term_docs.Close ();
if (HaveItemCount)
AdjustItemCount (-delete_count);
else
SetItemCount (primary_reader);
// We are now done with the readers, so we close them.
// And also free them. Somehow not freeing them is preventing them from
// GCed at all.
primary_reader.Close ();
primary_reader = null;
secondary_reader.Close ();
secondary_reader = null;
// FIXME: If we crash at exactly this point, we are in
// trouble. Items will have been dropped from the index
// without the proper replacements being added. We can
// hopefully fix this when we move to Lucene 2.1.
// Step #2: Make another pass across our list of indexables
// and write out any new documents.
if (text_cache != null)
text_cache.BeginTransaction ();
IndexWriter primary_writer, secondary_writer;
// FIXME: Lock obtain time-out can happen here; if that happens,
// an exception will be thrown and this method will break in the middle
// leaving IndexWriters unclosed! Same for any Lucene.Net-index modification
// methods.
primary_writer = new IndexWriter (PrimaryStore, IndexingAnalyzer, false);
secondary_writer = null;
foreach (Indexable indexable in request_indexables) {
// If shutdown has been started, break here
// FIXME: Some more processing will continue, a lot of them
// concerning receipts, but the daemon will anyway ignore receipts
// now, what is the fastest way to stop from here ?
if (Shutdown.ShutdownRequested) {
Log.Debug ("Shutdown initiated. Breaking while flushing indexables.");
break;
}
// Receipts for removes were generated in the
// previous block. Now we just have to remove
// items from the text cache.
if (indexable.Type == IndexableType.Remove) {
if (text_cache != null)
text_cache.Delete (indexable.Uri);
continue;
}
IndexerAddedReceipt r;
Hashtable prop_change_docs = (Hashtable) parent_child_old_props [indexable.Uri];
if (indexable.Type == IndexableType.PropertyChange) {
Logger.Log.Debug ("+{0} (props only)", indexable.DisplayUri);
r = new IndexerAddedReceipt (indexable.Id);
r.PropertyChangesOnly = true;
receipt_queue.Add (r);
Document doc;
if (prop_change_docs == null)
doc = null;
else
doc = (Document) prop_change_docs [indexable.Uri];
Document new_doc;
new_doc = RewriteDocument (doc, indexable);
// Write out the new document...
if (secondary_writer == null)
secondary_writer = new IndexWriter (SecondaryStore, IndexingAnalyzer, false);
secondary_writer.AddDocument (new_doc);
// Get child property change indexables...
ArrayList prop_change_indexables;
prop_change_indexables = GetChildPropertyChange (prop_change_docs, indexable);
// and store them; no need to delete them first, since they were already removed from the index
if (prop_change_indexables == null)
continue;
foreach (Indexable prop_change_indexable in prop_change_indexables) {
Log.Debug ("+{0} (props only, generated indexable)", prop_change_indexable.Uri);
doc = (Document) prop_change_docs [prop_change_indexable.Uri];
new_doc = RewriteDocument (doc, prop_change_indexable);
secondary_writer.AddDocument (new_doc);
}
continue; // ...and proceed to the next Indexable
}
// If we reach this point we know we are dealing with an IndexableType.Add
if (indexable.Type != IndexableType.Add)
throw new Exception ("When I said it was an IndexableType.Add, I meant it!");
r = AddIndexableToIndex (indexable, primary_writer, ref secondary_writer, prop_change_docs);
if (r != null)
receipt_queue.Add (r);
}
if (text_cache != null)
text_cache.CommitTransaction ();
if (Shutdown.ShutdownRequested) {
foreach (DeferredInfo di in deferred_indexables)
di.Cleanup ();
deferred_indexables.Clear ();
foreach (Indexable indexable in request_indexables)
indexable.Cleanup ();
primary_writer.Close ();
if (secondary_writer != null)
secondary_writer.Close ();
return null;
}
if (request.OptimizeIndex) {
Stopwatch watch = new Stopwatch ();
Logger.Log.Debug ("Optimizing {0}", IndexName);
watch.Start ();
primary_writer.Optimize ();
if (secondary_writer == null)
secondary_writer = new IndexWriter (SecondaryStore, IndexingAnalyzer, false);
secondary_writer.Optimize ();
watch.Stop ();
Logger.Log.Debug ("{0} optimized in {1}", IndexName, watch);
}
// Step #4. Close our writers and return the events to
// indicate what has happened.
primary_writer.Close ();
if (secondary_writer != null)
secondary_writer.Close ();
// Send a single IndexerIndexablesReceipt if there were deferred indexables
if (deferred_indexables.Count > 0) {
Log.Debug ("{0} indexables generated more indexables; asking daemon to schedule their indexing.", deferred_indexables.Count);
IndexerIndexablesReceipt r = new IndexerIndexablesReceipt ();
receipt_queue.Add (r);
}
IndexerReceipt [] receipt_array;
receipt_array = new IndexerReceipt [receipt_queue.Count];
for (int i = 0; i < receipt_queue.Count; ++i)
receipt_array [i] = (IndexerReceipt) receipt_queue [i];
return receipt_array;
}
// Returns the indexable generating this receipt and also remove it from the cache
public Indexable RetrieveRequestIndexable (IndexerReceipt r)
{
Indexable requested_indexable = null;
if (indexables.TryGetValue (r.Id, out requested_indexable))
indexables.Remove (r.Id);
else if (deferred_indexables.TryGetValue (r.Id, out requested_indexable))
deferred_indexables.Remove (r.Id);
else
Log.Warn ("Unable to match receipt #{0} to any previous request!", r.Id);
return requested_indexable;
}
private IndexerReceipt [] FlushGeneratedIndexables_Unlocked(IndexerRequest request)
{
int num_indexed = 0;
ArrayList receipt_queue;
receipt_queue = new ArrayList();
if (text_cache != null)
{
text_cache.BeginTransaction();
}
IndexWriter primary_writer, secondary_writer;
primary_writer = new IndexWriter(PrimaryStore, IndexingAnalyzer, false);
secondary_writer = null;
IndexerAddedReceipt r;
Log.Debug("Continuing indexing generated indexables from {0} indexables", deferred_indexables.Count);
// Access using index so that we can add more deferred_indexable at the front
// deferred_indexables are added at the front and fetched from the front like a stack
while (deferred_indexables.Count > 0)
{
DeferredInfo di = (DeferredInfo)deferred_indexables [0];
if (di.Indexable.LocalState ["HasNextIndexable"] != null)
{
// Finally, good to index
// Should we do a sanity check ? deferred_indexables [0] =?= di
deferred_indexables.RemoveAt(0);
Document persistent_prop_doc = null;
if (di.PersistentPropDocs != null)
{
persistent_prop_doc = (Document)di.PersistentPropDocs [di.Indexable.Uri];
}
if (di.Indexable.DisplayUri != di.Indexable.ContentUri)
{
Log.Debug("+{0} ({1}) [deferred]", di.Indexable.DisplayUri, di.Indexable.ContentUri);
}
else
{
Log.Debug("+{0} [deferred]", di.Indexable.DisplayUri);
}
AddDocumentToIndex(di.Indexable, persistent_prop_doc, primary_writer, ref secondary_writer);
// Add the receipt if the indexable was submitted and not generated
if (di.Indexable.LocalState ["GeneratedIndexable"] == null)
{
r = new IndexerAddedReceipt(di.Indexable.Id);
r.FilterName = di.Filter.GetType().ToString();
r.FilterVersion = di.Filter.Version;
receipt_queue.Add(r);
}
// Cleanup, and text cache maintenance.
di.Cleanup();
if (disable_textcache && text_cache != null)
{
text_cache.Delete(di.Indexable.Uri);
}
num_indexed++;
continue;
}
Log.Debug("Processing deferred indexable from {0}", di.Indexable.DisplayUri);
bool next = false;
while (!next && !Shutdown.ShutdownRequested && num_indexed <= RequestFlushThreshold)
{
Indexable generated_indexable = null;
bool next_indexable = false;
try {
next_indexable = di.Filter.GenerateNextIndexable(out generated_indexable);
} catch (Exception e) {
Log.Error(e, "Error while generating next indexable from {0}", di.Indexable.DisplayUri);
}
if (!next_indexable)
{
// Mark it for indexing and leave it in the stack
di.Indexable.LocalState ["HasNextIndexable"] = false;
next = true;
break;
}
if (generated_indexable == null)
{
continue;
}
Log.Debug("Adding generated indexable {0}", generated_indexable.DisplayUri);
// Mark this indexable
generated_indexable.LocalState ["GeneratedIndexable"] = true;
// IndexerGenerated indexables have a common parenturi, which has been used before
// to remove all docs from the lucene index with that parenturi. So, now we can safely
// go ahead and just add the new information.
r = AddIndexableToIndex(generated_indexable, primary_writer, ref secondary_writer, di.PersistentPropDocs);
// But do not add r to the receipt queue, since this was generated
if (r != null) // null receipt is returned if generated_indexable is deferred
{
num_indexed++;
}
}
if (Shutdown.ShutdownRequested || num_indexed > RequestFlushThreshold)
{
break;
}
}
if (text_cache != null)
{
text_cache.CommitTransaction();
}
if (Shutdown.ShutdownRequested)
{
foreach (DeferredInfo di in deferred_indexables)
{
di.Cleanup();
}
deferred_indexables.Clear();
primary_writer.Close();
if (secondary_writer != null)
{
secondary_writer.Close();
}
return(null);
}
primary_writer.Close();
if (secondary_writer != null)
{
secondary_writer.Close();
}
// Send a single IndexerIndexablesReceipt if there were deferred indexables
if (deferred_indexables.Count > 0)
{
Log.Debug("{0} more indexable-generating indexable remainding to index; asking daemon to schedule their indexing.", deferred_indexables.Count);
IndexerIndexablesReceipt paused_receipt = new IndexerIndexablesReceipt();
receipt_queue.Add(paused_receipt);
}
IndexerReceipt [] receipt_array;
receipt_array = new IndexerReceipt [receipt_queue.Count];
for (int i = 0; i < receipt_queue.Count; ++i)
{
receipt_array [i] = (IndexerReceipt)receipt_queue [i];
}
return(receipt_array);
}
private IndexerReceipt [] Flush_Unlocked(IndexerRequest request)
{
ArrayList receipt_queue;
receipt_queue = new ArrayList();
IndexReader primary_reader, secondary_reader;
primary_reader = IndexReader.Open(PrimaryStore);
secondary_reader = IndexReader.Open(SecondaryStore);
// Step #1: Make our first pass over the list of
// indexables that make up our request. For each add
// or property change in the request, get the Lucene
// documents so we can move forward any persistent
// properties (for adds) or all old properties (for
// property changes).
//
// Then, for each add or remove in the request,
// delete the associated documents from the index.
// Note that we previously cached added documents so
// that we can move persistent properties forward.
// parent_child_old_props is double-nested hashtable (depth-2 tree)
// indexed by the parent uri, it stores another hashtable indexed by the (parent+child documents)
// FIXME: 2-level hashtable is a waste for any non-child document.
// Replace this by a better data structure.
Hashtable parent_child_old_props = UriFu.NewHashtable();
TermDocs term_docs = secondary_reader.TermDocs();
int delete_count = 0;
IEnumerable request_indexables = request.Indexables;
foreach (Indexable indexable in request_indexables)
{
string uri_str = UriFu.UriToEscapedString(indexable.Uri);
Term term;
// Store the necessary properties from old documents for re-addition
if (indexable.Type == IndexableType.Add ||
indexable.Type == IndexableType.PropertyChange)
{
term = new Term("Uri", uri_str);
term_docs.Seek(term);
Hashtable this_parent_child_props = null;
if (term_docs.Next())
{
this_parent_child_props = UriFu.NewHashtable();
this_parent_child_props [indexable.Uri] = secondary_reader.Document(term_docs.Doc());
parent_child_old_props [indexable.Uri] = this_parent_child_props;
}
term = new Term("ParentUri", uri_str);
term_docs.Seek(term);
while (term_docs.Next())
{
Document doc = secondary_reader.Document(term_docs.Doc());
string child_uri_str = doc.Get("Uri");
Uri child_uri = UriFu.EscapedStringToUri(child_uri_str);
// Any valid lucene document *should* have a Uri, so no need to check for null
// Store the child documents too, to save persistent-properties
// of child documents
this_parent_child_props [child_uri] = doc;
}
}
// Now remove (non-remove indexables will be re-added in next block)
Logger.Log.Debug("-{0}", indexable.DisplayUri);
int num_delete = 0;
term = new Term("Uri", uri_str);
// For property changes, only secondary index is modified
secondary_reader.DeleteDocuments(term);
// Now remove from everywhere else (if asked to remove or if asked to add, in which case
// we first remove and then add)
// So we also need to remove child documents
if (indexable.Type != IndexableType.PropertyChange)
{
num_delete = primary_reader.DeleteDocuments(term);
// When we delete an indexable, also delete any children.
// FIXME: Shouldn't we also delete any children of children, etc.?
term = new Term("ParentUri", uri_str);
num_delete += primary_reader.DeleteDocuments(term);
secondary_reader.DeleteDocuments(term);
}
// If this is a strict removal (and not a deletion that
// we are doing in anticipation of adding something back),
// queue up a removed receipt.
if (indexable.Type == IndexableType.Remove)
{
IndexerRemovedReceipt r;
r = new IndexerRemovedReceipt(indexable.Id);
r.NumRemoved = num_delete;
receipt_queue.Add(r);
}
delete_count += num_delete;
}
term_docs.Close();
if (HaveItemCount)
{
AdjustItemCount(-delete_count);
}
else
{
SetItemCount(primary_reader);
}
// We are now done with the readers, so we close them.
// And also free them. Somehow not freeing them is preventing them from
// GCed at all.
primary_reader.Close();
primary_reader = null;
secondary_reader.Close();
secondary_reader = null;
// FIXME: If we crash at exactly this point, we are in
// trouble. Items will have been dropped from the index
// without the proper replacements being added. We can
// hopefully fix this when we move to Lucene 2.1.
// Step #2: Make another pass across our list of indexables
// and write out any new documents.
if (text_cache != null)
{
text_cache.BeginTransaction();
}
IndexWriter primary_writer, secondary_writer;
// FIXME: Lock obtain time-out can happen here; if that happens,
// an exception will be thrown and this method will break in the middle
// leaving IndexWriters unclosed! Same for any Lucene.Net-index modification
// methods.
primary_writer = new IndexWriter(PrimaryStore, IndexingAnalyzer, false);
secondary_writer = null;
foreach (Indexable indexable in request_indexables)
{
// If shutdown has been started, break here
// FIXME: Some more processing will continue, a lot of them
// concerning receipts, but the daemon will anyway ignore receipts
// now, what is the fastest way to stop from here ?
if (Shutdown.ShutdownRequested)
{
Log.Debug("Shutdown initiated. Breaking while flushing indexables.");
break;
}
// Receipts for removes were generated in the
// previous block. Now we just have to remove
// items from the text cache.
if (indexable.Type == IndexableType.Remove)
{
if (text_cache != null)
{
text_cache.Delete(indexable.Uri);
}
continue;
}
IndexerAddedReceipt r;
Hashtable prop_change_docs = (Hashtable)parent_child_old_props [indexable.Uri];
if (indexable.Type == IndexableType.PropertyChange)
{
Logger.Log.Debug("+{0} (props only)", indexable.DisplayUri);
r = new IndexerAddedReceipt(indexable.Id);
r.PropertyChangesOnly = true;
receipt_queue.Add(r);
Document doc;
if (prop_change_docs == null)
{
doc = null;
}
else
{
doc = (Document)prop_change_docs [indexable.Uri];
}
Document new_doc;
new_doc = RewriteDocument(doc, indexable);
// Write out the new document...
if (secondary_writer == null)
{
secondary_writer = new IndexWriter(SecondaryStore, IndexingAnalyzer, false);
}
secondary_writer.AddDocument(new_doc);
// Get child property change indexables...
ArrayList prop_change_indexables;
prop_change_indexables = GetChildPropertyChange(prop_change_docs, indexable);
// and store them; no need to delete them first, since they were already removed from the index
if (prop_change_indexables == null)
{
continue;
}
foreach (Indexable prop_change_indexable in prop_change_indexables)
{
Log.Debug("+{0} (props only, generated indexable)", prop_change_indexable.Uri);
doc = (Document)prop_change_docs [prop_change_indexable.Uri];
new_doc = RewriteDocument(doc, prop_change_indexable);
secondary_writer.AddDocument(new_doc);
}
continue; // ...and proceed to the next Indexable
}
// If we reach this point we know we are dealing with an IndexableType.Add
if (indexable.Type != IndexableType.Add)
{
throw new Exception("When I said it was an IndexableType.Add, I meant it!");
}
r = AddIndexableToIndex(indexable, primary_writer, ref secondary_writer, prop_change_docs);
if (r != null)
{
receipt_queue.Add(r);
}
}
if (text_cache != null)
{
text_cache.CommitTransaction();
}
if (Shutdown.ShutdownRequested)
{
foreach (DeferredInfo di in deferred_indexables)
{
di.Cleanup();
}
deferred_indexables.Clear();
foreach (Indexable indexable in request_indexables)
{
indexable.Cleanup();
}
primary_writer.Close();
if (secondary_writer != null)
{
secondary_writer.Close();
}
return(null);
}
if (request.OptimizeIndex)
{
Stopwatch watch = new Stopwatch();
Logger.Log.Debug("Optimizing {0}", IndexName);
watch.Start();
primary_writer.Optimize();
if (secondary_writer == null)
{
secondary_writer = new IndexWriter(SecondaryStore, IndexingAnalyzer, false);
}
secondary_writer.Optimize();
watch.Stop();
Logger.Log.Debug("{0} optimized in {1}", IndexName, watch);
}
// Step #4. Close our writers and return the events to
// indicate what has happened.
primary_writer.Close();
if (secondary_writer != null)
{
secondary_writer.Close();
}
// Send a single IndexerIndexablesReceipt if there were deferred indexables
if (deferred_indexables.Count > 0)
{
Log.Debug("{0} indexables generated more indexables; asking daemon to schedule their indexing.", deferred_indexables.Count);
IndexerIndexablesReceipt r = new IndexerIndexablesReceipt();
receipt_queue.Add(r);
}
IndexerReceipt [] receipt_array;
receipt_array = new IndexerReceipt [receipt_queue.Count];
for (int i = 0; i < receipt_queue.Count; ++i)
{
receipt_array [i] = (IndexerReceipt)receipt_queue [i];
}
return(receipt_array);
}
virtual protected void PostFlushHook (IndexerRequest flushed_request,
IndexerReceipt [] receipts)
{ }