//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void recordWithReservedIdIsSkipped()
public virtual void RecordWithReservedIdIsSkipped()
{
RecordStore <NodeRecord> store = mock(typeof(NodeStore));
StageControl stageControl = mock(typeof(StageControl));
UpdateRecordsStep <NodeRecord> step = new UpdateRecordsStep <NodeRecord>(stageControl, Configuration.DEFAULT, store, new StorePrepareIdSequence());
NodeRecord node1 = new NodeRecord(1);
node1.InUse = true;
NodeRecord node2 = new NodeRecord(2);
node2.InUse = true;
NodeRecord nodeWithReservedId = new NodeRecord(IdGeneratorImpl.INTEGER_MINUS_ONE);
NodeRecord[] batch = new NodeRecord[] { node1, node2, nodeWithReservedId };
step.Process(batch, mock(typeof(BatchSender)));
verify(store).prepareForCommit(eq(node1), any(typeof(IdSequence)));
verify(store).updateRecord(node1);
verify(store).prepareForCommit(eq(node2), any(typeof(IdSequence)));
verify(store).updateRecord(node2);
verify(store, never()).prepareForCommit(eq(nodeWithReservedId), any(typeof(IdSequence)));
verify(store, never()).updateRecord(nodeWithReservedId);
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void ioThroughputStatDoesNotOverflow()
public virtual void IoThroughputStatDoesNotOverflow()
{
// store with huge record size to force overflow and not create huge batch of records
RecordStore <NodeRecord> store = mock(typeof(RecordStore));
when(store.RecordSize).thenReturn(int.MaxValue / 2);
Configuration configuration = mock(typeof(Configuration));
StageControl stageControl = mock(typeof(StageControl));
UpdateRecordsStep <NodeRecord> step = new UpdateRecordsStep <NodeRecord>(stageControl, configuration, store, new StorePrepareIdSequence());
NodeRecord record = new NodeRecord(1);
record.InUse = true;
NodeRecord[] batch = new NodeRecord[11];
Arrays.fill(batch, record);
step.Process(batch, mock(typeof(BatchSender)));
Stat stat = step.Stat(Keys.io_throughput);
assertThat(stat.AsLong(), greaterThan(0L));
}
public ReadNodeIdsByCacheStep(StageControl control, Configuration config, NodeRelationshipCache cache, int nodeTypes) : base(control, config)
{
this._cache = cache;
this._nodeTypes = nodeTypes;
}
public PullingProducerStepAnonymousInnerClass(StageTest outerInstance, [email protected] control, Configuration config, long items) : base(control, config) { this.outerInstance = outerInstance; this._items = items; theObject = new object(); }
public RelationshipLinkforwardStep(StageControl control, Configuration config, NodeRelationshipCache cache, System.Predicate <RelationshipRecord> filter, int nodeTypes, params StatsProvider[] additionalStatsProvider) : base(control, config, cache, filter, nodeTypes, true, additionalStatsProvider)
{
}
public ForkedProcessorStepAnonymousInnerClass3(StressStage outerInstance, [email protected] control, Configuration config) : base(control, "Subject", config) { this.outerInstance = outerInstance; }
public PullingProducerStepAnonymousInnerClass(StressStage outerInstance, [email protected] control, Configuration config, int batches) : base(control, config) { this.outerInstance = outerInstance; this._batches = batches; }
public ForkedProcessorStepAnonymousInnerClass(ForkedProcessorStepTest outerInstance, [email protected] control, Configuration config, AtomicIntegerArray reference) : base(control, "Processor", config) { this.outerInstance = outerInstance; this._reference = reference; }
