protected internal override void BeforeProcessing(StoreProcessor processor)
{
processor.SchemaRecordCheck = _schemaRecordCheck;
}
protected internal override void AfterProcessing(StoreProcessor processor)
{
processor.SchemaRecordCheck = null;
}
public RecordProcessor_AdapterAnonymousInnerClass(StoreProcessor outerInstance, RecordStore <R> store)
{
this.outerInstance = outerInstance;
this._store = store;
}
public SchemaStoreProcessorTask(string name, Statistics statistics, int threads, RecordStore <R> store, StoreAccess storeAccess, string builderPrefix, SchemaRecordCheck schemaRecordCheck, ProgressMonitorFactory.MultiPartBuilder builder, CacheAccess cacheAccess, StoreProcessor processor, QueueDistribution distribution) : base(name, statistics, threads, store, storeAccess, builderPrefix, builder, cacheAccess, processor, distribution)
{
this._schemaRecordCheck = schemaRecordCheck;
}
internal StoreProcessorTask(string name, Statistics statistics, int threads, RecordStore <R> store, StoreAccess storeAccess, string builderPrefix, ProgressMonitorFactory.MultiPartBuilder builder, CacheAccess cacheAccess, StoreProcessor processor, QueueDistribution distribution) : base(name, statistics, threads)
{
this._store = store;
this._storeAccess = storeAccess;
this._cacheAccess = cacheAccess;
this._processor = processor;
this._distribution = distribution;
this._progressListener = builder.ProgressForPart(name + IndexedPartName(store.StorageFile.Name, builderPrefix), store.HighId);
}
protected internal virtual void AfterProcessing(StoreProcessor processor)
{
// intentionally empty
}
public virtual IList <ConsistencyCheckerTask> CreateTasksForFullCheck(bool checkLabelScanStore, bool checkIndexes, bool checkGraph)
{
IList <ConsistencyCheckerTask> tasks = new List <ConsistencyCheckerTask>();
if (checkGraph)
{
MandatoryProperties mandatoryProperties = new MandatoryProperties(_nativeStores);
StoreProcessor processor = _multiPass.processor(CheckStage.Stage1NSPropsLabels, PROPERTIES);
tasks.Add(Create(CheckStage.Stage1NSPropsLabels.name(), _nativeStores.NodeStore, processor, ROUND_ROBIN));
//RelationshipStore pass - check label counts using cached labels, check properties, skip nodes and relationships
processor = _multiPass.processor(CheckStage.Stage2RSLabels, LABELS);
_multiPass.reDecorateRelationship(processor, RelationshipRecordCheck.relationshipRecordCheckForwardPass());
tasks.Add(Create(CheckStage.Stage2RSLabels.name(), _nativeStores.RelationshipStore, processor, ROUND_ROBIN));
//NodeStore pass - just cache nextRel and inUse
tasks.Add(new CacheTask.CacheNextRel(CheckStage.Stage3NSNextRel, _cacheAccess, Scanner.scan(_nativeStores.NodeStore)));
//RelationshipStore pass - check nodes inUse, FirstInFirst, FirstInSecond using cached info
processor = _multiPass.processor(CheckStage.Stage4RSNextRel, NODES);
_multiPass.reDecorateRelationship(processor, RelationshipRecordCheck.relationshipRecordCheckBackwardPass(new PropertyChain <>(mandatoryProperties.ForRelationships(_reporter))));
tasks.Add(Create(CheckStage.Stage4RSNextRel.name(), _nativeStores.RelationshipStore, processor, ROUND_ROBIN));
//NodeStore pass - just cache nextRel and inUse
_multiPass.reDecorateNode(processor, NodeRecordCheck.toCheckNextRel(), true);
_multiPass.reDecorateNode(processor, NodeRecordCheck.toCheckNextRelationshipGroup(), false);
tasks.Add(new CacheTask.CheckNextRel(CheckStage.Stage5CheckNextRel, _cacheAccess, _nativeStores, processor));
// source chain
//RelationshipStore pass - forward scan of source chain using the cache.
processor = _multiPass.processor(CheckStage.Stage6RSForward, RELATIONSHIPS);
_multiPass.reDecorateRelationship(processor, RelationshipRecordCheck.relationshipRecordCheckSourceChain());
tasks.Add(Create(CheckStage.Stage6RSForward.name(), _nativeStores.RelationshipStore, processor, QueueDistribution.RELATIONSHIPS));
//RelationshipStore pass - reverse scan of source chain using the cache.
processor = _multiPass.processor(CheckStage.Stage7RSBackward, RELATIONSHIPS);
_multiPass.reDecorateRelationship(processor, RelationshipRecordCheck.relationshipRecordCheckSourceChain());
tasks.Add(Create(CheckStage.Stage7RSBackward.name(), _nativeStores.RelationshipStore, processor, QueueDistribution.RELATIONSHIPS));
//relationshipGroup
StoreProcessor relGrpProcessor = _multiPass.processor(Stage_Fields.ParallelForward, RELATIONSHIP_GROUPS);
tasks.Add(Create("RelationshipGroupStore-RelGrp", _nativeStores.RelationshipGroupStore, relGrpProcessor, ROUND_ROBIN));
PropertyReader propertyReader = new PropertyReader(_nativeStores);
tasks.Add(RecordScanner(CheckStage.Stage8PSProps.name(), new IterableStore <>(_nativeStores.NodeStore, true), new PropertyAndNode2LabelIndexProcessor(_reporter, checkIndexes ? _indexes : null, propertyReader, _cacheAccess, mandatoryProperties.ForNodes(_reporter)), CheckStage.Stage8PSProps, ROUND_ROBIN, new IterableStore <>(_nativeStores.PropertyStore, true)));
// Checking that relationships are in their expected relationship indexes.
IList <StoreIndexDescriptor> relationshipIndexes = Iterables.stream(_indexes.onlineRules()).filter(rule => rule.schema().entityType() == EntityType.RELATIONSHIP).collect(Collectors.toList());
if (checkIndexes && relationshipIndexes.Count > 0)
{
tasks.Add(RecordScanner(CheckStage.Stage9RSIndexes.name(), new IterableStore <>(_nativeStores.RelationshipStore, true), new RelationshipIndexProcessor(_reporter, _indexes, propertyReader, relationshipIndexes), CheckStage.Stage9RSIndexes, ROUND_ROBIN, new IterableStore <>(_nativeStores.PropertyStore, true)));
}
tasks.Add(Create("StringStore-Str", _nativeStores.StringStore, _multiPass.processor(Stage_Fields.SequentialForward, STRINGS), ROUND_ROBIN));
tasks.Add(Create("ArrayStore-Arrays", _nativeStores.ArrayStore, _multiPass.processor(Stage_Fields.SequentialForward, ARRAYS), ROUND_ROBIN));
}
// The schema store is verified in multiple passes that share state since it fits into memory
// and we care about the consistency of back references (cf. SemanticCheck)
// PASS 1: Dynamic record chains
tasks.Add(Create("SchemaStore", _nativeStores.SchemaStore, ROUND_ROBIN));
// PASS 2: Rule integrity and obligation build up
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final org.neo4j.consistency.checking.SchemaRecordCheck schemaCheck = new org.neo4j.consistency.checking.SchemaRecordCheck(new org.neo4j.kernel.impl.store.SchemaStorage(nativeStores.getSchemaStore()), indexes);
SchemaRecordCheck schemaCheck = new SchemaRecordCheck(new SchemaStorage(_nativeStores.SchemaStore), _indexes);
tasks.Add(new SchemaStoreProcessorTask <>("SchemaStoreProcessor-check_rules", _statistics, _numberOfThreads, _nativeStores.SchemaStore, _nativeStores, "check_rules", schemaCheck, _multiPartBuilder, _cacheAccess, _defaultProcessor, ROUND_ROBIN));
// PASS 3: Obligation verification and semantic rule uniqueness
tasks.Add(new SchemaStoreProcessorTask <>("SchemaStoreProcessor-check_obligations", _statistics, _numberOfThreads, _nativeStores.SchemaStore, _nativeStores, "check_obligations", schemaCheck.ForObligationChecking(), _multiPartBuilder, _cacheAccess, _defaultProcessor, ROUND_ROBIN));
if (checkGraph)
{
tasks.Add(Create("RelationshipTypeTokenStore", _nativeStores.RelationshipTypeTokenStore, ROUND_ROBIN));
tasks.Add(Create("PropertyKeyTokenStore", _nativeStores.PropertyKeyTokenStore, ROUND_ROBIN));
tasks.Add(Create("LabelTokenStore", _nativeStores.LabelTokenStore, ROUND_ROBIN));
tasks.Add(Create("RelationshipTypeNameStore", _nativeStores.RelationshipTypeNameStore, ROUND_ROBIN));
tasks.Add(Create("PropertyKeyNameStore", _nativeStores.PropertyKeyNameStore, ROUND_ROBIN));
tasks.Add(Create("LabelNameStore", _nativeStores.LabelNameStore, ROUND_ROBIN));
tasks.Add(Create("NodeDynamicLabelStore", _nativeStores.NodeDynamicLabelStore, ROUND_ROBIN));
}
ConsistencyReporter filteredReporter = _multiPass.reporter(NODES);
if (checkLabelScanStore)
{
long highId = _nativeStores.NodeStore.HighId;
tasks.Add(new LabelIndexDirtyCheckTask(this));
tasks.Add(RecordScanner("LabelScanStore", new GapFreeAllEntriesLabelScanReader(_labelScanStore.allNodeLabelRanges(), highId), new LabelScanDocumentProcessor(filteredReporter, new LabelScanCheck()), Stage_Fields.SequentialForward, ROUND_ROBIN));
}
if (checkIndexes)
{
tasks.Add(new IndexDirtyCheckTask(this));
TokenNameLookup tokenNameLookup = new NonTransactionalTokenNameLookup(_tokenHolders, true);
foreach (StoreIndexDescriptor indexRule in _indexes.onlineRules())
{
tasks.Add(RecordScanner(format("Index_%d", indexRule.Id), new IndexIterator(_indexes.accessorFor(indexRule)), new IndexEntryProcessor(filteredReporter, new IndexCheck(indexRule), indexRule, tokenNameLookup), Stage_Fields.SequentialForward, ROUND_ROBIN));
}
}
return(tasks);
}
internal ConsistencyCheckTasks(ProgressMonitorFactory.MultiPartBuilder multiPartBuilder, StoreProcessor defaultProcessor, StoreAccess nativeStores, Statistics statistics, CacheAccess cacheAccess, LabelScanStore labelScanStore, IndexAccessors indexes, TokenHolders tokenHolders, MultiPassStore.Factory multiPass, ConsistencyReporter reporter, int numberOfThreads)
{
this._multiPartBuilder = multiPartBuilder;
this._defaultProcessor = defaultProcessor;
this._nativeStores = nativeStores;
this._statistics = statistics;
this._cacheAccess = cacheAccess;
this._tokenHolders = tokenHolders;
this._multiPass = multiPass;
this._reporter = reporter;
this._labelScanStore = labelScanStore;
this._indexes = indexes;
this._numberOfThreads = numberOfThreads;
}
private StoreProcessorTask <RECORD> Create <RECORD>(string name, RecordStore <RECORD> input, StoreProcessor processor, QueueDistribution distribution) where RECORD : Org.Neo4j.Kernel.impl.store.record.AbstractBaseRecord
{
return(new StoreProcessorTask <RECORD>(name, _statistics, _numberOfThreads, input, _nativeStores, name, _multiPartBuilder, _cacheAccess, processor, distribution));
}
