//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void keysLocatedInWrongNode() throws Exception
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#:
public virtual void KeysLocatedInWrongNode()
{
Setup(GraphDatabaseSettings.SchemaIndex.NATIVE_BTREE10);
File[] indexFiles = SchemaIndexFiles();
CorruptIndexes(true, (tree, inspection) =>
{
long internalNode = inspection.NodesPerLevel.get(1).get(0);
int keyCount = inspection.KeyCounts.get(internalNode);
tree.@unsafe(GBPTreeCorruption.pageSpecificCorruption(internalNode, GBPTreeCorruption.swapChildOrder(0, 1, keyCount)));
}, indexFiles);
ConsistencyCheckService.Result result = RunConsistencyCheck();
assertFalse("Expected store to be considered inconsistent.", result.Successful);
AssertResultContainsMessage(result, "Expected range for this tree node is");
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void multipleCorruptions() throws Exception
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in C#:
public virtual void MultipleCorruptions()
{
Setup(GraphDatabaseSettings.SchemaIndex.NATIVE_BTREE10);
MutableObject <long> internalNode = new MutableObject <long>();
File[] indexFiles = SchemaIndexFiles();
CorruptIndexes(true, (tree, inspection) =>
{
long leafNode = inspection.LeafNodes.get(0);
internalNode.Value = inspection.NodesPerLevel.get(1).get(1);
int?internalNodeKeyCount = inspection.KeyCounts.get(internalNode.Value);
tree.@unsafe(GBPTreeCorruption.pageSpecificCorruption(leafNode, GBPTreeCorruption.rightSiblingPointToNonExisting()));
tree.@unsafe(GBPTreeCorruption.pageSpecificCorruption(internalNode.Value, GBPTreeCorruption.swapChildOrder(0, 1, internalNodeKeyCount)));
tree.@unsafe(GBPTreeCorruption.pageSpecificCorruption(internalNode.Value, GBPTreeCorruption.broken(GBPTreePointerType.leftSibling())));
}, indexFiles);
ConsistencyCheckService.Result result = RunConsistencyCheck();
AssertResultContainsMessage(result, "Index inconsistency: Sibling pointers misaligned.");
AssertResultContainsMessage(result, "Index inconsistency: Expected range for this tree node is");
AssertResultContainsMessage(result, "Index inconsistency: Broken pointer found in tree node " + internalNode.Value + ", pointerType='left sibling'");
AssertResultContainsMessage(result, "Index inconsistency: Pointer (left sibling) in tree node " + internalNode.Value + " has pointer generation 0, but target node 0 has a higher generation 4.");
}
