public virtual void TestNoLogs()
{
TestNNStorageRetentionManager.TestCaseDescription tc = new TestNNStorageRetentionManager.TestCaseDescription
(this);
tc.AddRoot("/foo1", NNStorage.NameNodeDirType.ImageAndEdits);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(100), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(200), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(300), false);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(400), false);
RunTest(tc);
}
public virtual void TestPurgeLessThanRetention()
{
TestNNStorageRetentionManager.TestCaseDescription tc = new TestNNStorageRetentionManager.TestCaseDescription
(this);
tc.AddRoot("/foo1", NNStorage.NameNodeDirType.ImageAndEdits);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(100), false);
tc.AddLog("/foo1/current/" + NNStorage.GetFinalizedEditsFileName(101, 200), false
);
tc.AddLog("/foo1/current/" + NNStorage.GetFinalizedEditsFileName(201, 300), false
);
tc.AddLog("/foo1/current/" + NNStorage.GetFinalizedEditsFileName(301, 400), false
);
tc.AddLog("/foo1/current/" + NNStorage.GetInProgressEditsFileName(401), false);
RunTest(tc);
}
public virtual void TestPurgeEasyCase()
{
TestNNStorageRetentionManager.TestCaseDescription tc = new TestNNStorageRetentionManager.TestCaseDescription
(this);
tc.AddRoot("/foo1", NNStorage.NameNodeDirType.ImageAndEdits);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(100), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(200), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(300), false);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(400), false);
tc.AddLog("/foo1/current/" + NNStorage.GetFinalizedEditsFileName(101, 200), true);
tc.AddLog("/foo1/current/" + NNStorage.GetFinalizedEditsFileName(201, 300), true);
tc.AddLog("/foo1/current/" + NNStorage.GetFinalizedEditsFileName(301, 400), false
);
tc.AddLog("/foo1/current/" + NNStorage.GetInProgressEditsFileName(401), false);
// Test that other files don't get purged
tc.AddLog("/foo1/current/VERSION", false);
RunTest(tc);
}
public static void AssertNNHasCheckpoints(MiniDFSCluster cluster, int nnIdx, IList
<int> txids)
{
foreach (FilePath nameDir in GetNameNodeCurrentDirs(cluster, nnIdx))
{
Log.Info("examining name dir with files: " + Joiner.On(",").Join(nameDir.ListFiles
()));
// Should have fsimage_N for the three checkpoints
Log.Info("Examining storage dir " + nameDir + " with contents: " + StringUtils.Join
(nameDir.ListFiles(), ", "));
foreach (long checkpointTxId in txids)
{
FilePath image = new FilePath(nameDir, NNStorage.GetImageFileName(checkpointTxId)
);
NUnit.Framework.Assert.IsTrue("Expected non-empty " + image, image.Length() > 0);
}
}
}
public virtual void TestCurrentStorageInspector()
{
FSImageTransactionalStorageInspector inspector = new FSImageTransactionalStorageInspector
();
Storage.StorageDirectory mockDir = FSImageTestUtil.MockStorageDirectory(NNStorage.NameNodeDirType
.ImageAndEdits, false, "/foo/current/" + NNStorage.GetImageFileName(123), "/foo/current/"
+ NNStorage.GetFinalizedEditsFileName(123, 456), "/foo/current/" + NNStorage.GetImageFileName
(456), "/foo/current/" + NNStorage.GetInProgressEditsFileName(457));
inspector.InspectDirectory(mockDir);
NUnit.Framework.Assert.AreEqual(2, inspector.foundImages.Count);
FSImageStorageInspector.FSImageFile latestImage = inspector.GetLatestImages()[0];
NUnit.Framework.Assert.AreEqual(456, latestImage.txId);
NUnit.Framework.Assert.AreSame(mockDir, latestImage.sd);
NUnit.Framework.Assert.IsTrue(inspector.IsUpgradeFinalized());
NUnit.Framework.Assert.AreEqual(new FilePath("/foo/current/" + NNStorage.GetImageFileName
(456)), latestImage.GetFile());
}
public virtual void TestRetainExtraLogs()
{
conf.SetLong(DFSConfigKeys.DfsNamenodeNumExtraEditsRetainedKey, 50);
TestNNStorageRetentionManager.TestCaseDescription tc = new TestNNStorageRetentionManager.TestCaseDescription
(this);
tc.AddRoot("/foo1", NNStorage.NameNodeDirType.Image);
tc.AddRoot("/foo2", NNStorage.NameNodeDirType.Edits);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(100), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(200), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(300), false);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(400), false);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(101, 200), true);
// Since we need 50 extra edits, *do* retain the 201-300 segment
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(201, 300), false
);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(301, 400), false
);
tc.AddLog("/foo2/current/" + NNStorage.GetInProgressEditsFileName(401), false);
RunTest(tc);
}
/// <summary>For namenode, Verify that the current and previous directories exist.</summary>
/// <remarks>
/// For namenode, Verify that the current and previous directories exist.
/// Verify that previous hasn't been modified by comparing the checksum of all
/// its files with their original checksum. It is assumed that the
/// server has recovered and upgraded.
/// </remarks>
/// <exception cref="System.IO.IOException"/>
internal virtual void CheckNameNode(string[] baseDirs, long imageTxId)
{
foreach (string baseDir in baseDirs)
{
Log.Info("Checking namenode directory " + baseDir);
Log.Info("==== Contents ====:\n " + Joiner.On(" \n").Join(new FilePath(baseDir,
"current").List()));
Log.Info("==================");
GenericTestUtils.AssertExists(new FilePath(baseDir, "current"));
GenericTestUtils.AssertExists(new FilePath(baseDir, "current/VERSION"));
GenericTestUtils.AssertExists(new FilePath(baseDir, "current/" + NNStorage.GetInProgressEditsFileName
(imageTxId + 1)));
GenericTestUtils.AssertExists(new FilePath(baseDir, "current/" + NNStorage.GetImageFileName
(imageTxId)));
GenericTestUtils.AssertExists(new FilePath(baseDir, "current/seen_txid"));
FilePath previous = new FilePath(baseDir, "previous");
GenericTestUtils.AssertExists(previous);
NUnit.Framework.Assert.AreEqual(UpgradeUtilities.ChecksumContents(HdfsServerConstants.NodeType
.NameNode, previous, false), UpgradeUtilities.ChecksumMasterNameNodeContents());
}
}
public virtual void TestRetainExtraLogsLimitedSegments()
{
conf.SetLong(DFSConfigKeys.DfsNamenodeNumExtraEditsRetainedKey, 150);
conf.SetLong(DFSConfigKeys.DfsNamenodeMaxExtraEditsSegmentsRetainedKey, 2);
TestNNStorageRetentionManager.TestCaseDescription tc = new TestNNStorageRetentionManager.TestCaseDescription
(this);
tc.AddRoot("/foo1", NNStorage.NameNodeDirType.Image);
tc.AddRoot("/foo2", NNStorage.NameNodeDirType.Edits);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(100), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(200), true);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(300), false);
tc.AddImage("/foo1/current/" + NNStorage.GetImageFileName(400), false);
// Segments containing txns upto txId 250 are extra and should be purged.
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(1, 100), true);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(101, 175), true);
tc.AddLog("/foo2/current/" + NNStorage.GetInProgressEditsFileName(176) + ".empty"
, true);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(176, 200), true);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(201, 225), true);
tc.AddLog("/foo2/current/" + NNStorage.GetInProgressEditsFileName(226) + ".corrupt"
, true);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(226, 240), true);
// Only retain 2 extra segments. The 301-350 and 351-400 segments are
// considered required, not extra.
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(241, 275), false
);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(276, 300), false
);
tc.AddLog("/foo2/current/" + NNStorage.GetInProgressEditsFileName(301) + ".empty"
, false);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(301, 350), false
);
tc.AddLog("/foo2/current/" + NNStorage.GetInProgressEditsFileName(351) + ".corrupt"
, false);
tc.AddLog("/foo2/current/" + NNStorage.GetFinalizedEditsFileName(351, 400), false
);
tc.AddLog("/foo2/current/" + NNStorage.GetInProgressEditsFileName(401), false);
RunTest(tc);
}
private void CheckNNStorage(NNStorage storage, long imageTxId, long trashEndTxId)
{
IList <FilePath> finalizedEdits = storage.GetFiles(NNStorage.NameNodeDirType.Edits
, NNStorage.GetFinalizedEditsFileName(1, imageTxId));
NUnit.Framework.Assert.IsTrue(FileExists(finalizedEdits));
IList <FilePath> inprogressEdits = storage.GetFiles(NNStorage.NameNodeDirType.Edits
, NNStorage.GetInProgressEditsFileName(imageTxId + 1));
// For rollback case we will have an inprogress file for future transactions
NUnit.Framework.Assert.IsTrue(FileExists(inprogressEdits));
if (trashEndTxId > 0)
{
IList <FilePath> trashedEdits = storage.GetFiles(NNStorage.NameNodeDirType.Edits,
NNStorage.GetFinalizedEditsFileName(imageTxId + 1, trashEndTxId) + ".trash");
NUnit.Framework.Assert.IsTrue(FileExists(trashedEdits));
}
string imageFileName = trashEndTxId > 0 ? NNStorage.GetImageFileName(imageTxId) :
NNStorage.GetRollbackImageFileName(imageTxId);
IList <FilePath> imageFiles = storage.GetFiles(NNStorage.NameNodeDirType.Image, imageFileName
);
NUnit.Framework.Assert.IsTrue(FileExists(imageFiles));
}
public virtual void TestStorageRestore()
{
int numDatanodes = 0;
cluster = new MiniDFSCluster.Builder(config).NumDataNodes(numDatanodes).ManageNameDfsDirs
(false).Build();
cluster.WaitActive();
SecondaryNameNode secondary = new SecondaryNameNode(config);
System.Console.Out.WriteLine("****testStorageRestore: Cluster and SNN started");
PrintStorages(cluster.GetNameNode().GetFSImage());
FileSystem fs = cluster.GetFileSystem();
Path path = new Path("/", "test");
NUnit.Framework.Assert.IsTrue(fs.Mkdirs(path));
System.Console.Out.WriteLine("****testStorageRestore: dir 'test' created, invalidating storage..."
);
InvalidateStorage(cluster.GetNameNode().GetFSImage(), ImmutableSet.Of(path2, path3
));
PrintStorages(cluster.GetNameNode().GetFSImage());
System.Console.Out.WriteLine("****testStorageRestore: storage invalidated");
path = new Path("/", "test1");
NUnit.Framework.Assert.IsTrue(fs.Mkdirs(path));
System.Console.Out.WriteLine("****testStorageRestore: dir 'test1' created");
// We did another edit, so the still-active directory at 'path1'
// should now differ from the others
FSImageTestUtil.AssertFileContentsDifferent(2, new FilePath(path1, "current/" + NNStorage.GetInProgressEditsFileName
(1)), new FilePath(path2, "current/" + NNStorage.GetInProgressEditsFileName(1)),
new FilePath(path3, "current/" + NNStorage.GetInProgressEditsFileName(1)));
FSImageTestUtil.AssertFileContentsSame(new FilePath(path2, "current/" + NNStorage.GetInProgressEditsFileName
(1)), new FilePath(path3, "current/" + NNStorage.GetInProgressEditsFileName(1)));
System.Console.Out.WriteLine("****testStorageRestore: checkfiles(false) run");
secondary.DoCheckpoint();
///should enable storage..
// We should have a checkpoint through txid 4 in the two image dirs
// (txid=4 for BEGIN, mkdir, mkdir, END)
FSImageTestUtil.AssertFileContentsSame(new FilePath(path1, "current/" + NNStorage.GetImageFileName
(4)), new FilePath(path2, "current/" + NNStorage.GetImageFileName(4)));
NUnit.Framework.Assert.IsFalse("Should not have any image in an edits-only directory"
, new FilePath(path3, "current/" + NNStorage.GetImageFileName(4)).Exists());
// Should have finalized logs in the directory that didn't fail
NUnit.Framework.Assert.IsTrue("Should have finalized logs in the directory that didn't fail"
, new FilePath(path1, "current/" + NNStorage.GetFinalizedEditsFileName(1, 4)).Exists
());
// Should not have finalized logs in the failed directories
NUnit.Framework.Assert.IsFalse("Should not have finalized logs in the failed directories"
, new FilePath(path2, "current/" + NNStorage.GetFinalizedEditsFileName(1, 4)).Exists
());
NUnit.Framework.Assert.IsFalse("Should not have finalized logs in the failed directories"
, new FilePath(path3, "current/" + NNStorage.GetFinalizedEditsFileName(1, 4)).Exists
());
// The new log segment should be in all of the directories.
FSImageTestUtil.AssertFileContentsSame(new FilePath(path1, "current/" + NNStorage.GetInProgressEditsFileName
(5)), new FilePath(path2, "current/" + NNStorage.GetInProgressEditsFileName(5)),
new FilePath(path3, "current/" + NNStorage.GetInProgressEditsFileName(5)));
string md5BeforeEdit = FSImageTestUtil.GetFileMD5(new FilePath(path1, "current/"
+ NNStorage.GetInProgressEditsFileName(5)));
// The original image should still be the previously failed image
// directory after it got restored, since it's still useful for
// a recovery!
FSImageTestUtil.AssertFileContentsSame(new FilePath(path1, "current/" + NNStorage.GetImageFileName
(0)), new FilePath(path2, "current/" + NNStorage.GetImageFileName(0)));
// Do another edit to verify that all the logs are active.
path = new Path("/", "test2");
NUnit.Framework.Assert.IsTrue(fs.Mkdirs(path));
// Logs should be changed by the edit.
string md5AfterEdit = FSImageTestUtil.GetFileMD5(new FilePath(path1, "current/" +
NNStorage.GetInProgressEditsFileName(5)));
NUnit.Framework.Assert.IsFalse(md5BeforeEdit.Equals(md5AfterEdit));
// And all logs should be changed.
FSImageTestUtil.AssertFileContentsSame(new FilePath(path1, "current/" + NNStorage.GetInProgressEditsFileName
(5)), new FilePath(path2, "current/" + NNStorage.GetInProgressEditsFileName(5)),
new FilePath(path3, "current/" + NNStorage.GetInProgressEditsFileName(5)));
secondary.Shutdown();
cluster.Shutdown();
// All logs should be finalized by clean shutdown
FSImageTestUtil.AssertFileContentsSame(new FilePath(path1, "current/" + NNStorage.GetFinalizedEditsFileName
(5, 7)), new FilePath(path2, "current/" + NNStorage.GetFinalizedEditsFileName(5,
7)), new FilePath(path3, "current/" + NNStorage.GetFinalizedEditsFileName(5, 7))
);
}
/// <summary>Corrupts the MD5 sum of the fsimage.</summary>
/// <param name="corruptAll">
/// whether to corrupt one or all of the MD5 sums in the configured
/// namedirs
/// </param>
/// <exception cref="System.IO.IOException"/>
private void CorruptFSImageMD5(bool corruptAll)
{
IList <URI> nameDirs = (IList <URI>)FSNamesystem.GetNamespaceDirs(config);
// Corrupt the md5 files in all the namedirs
foreach (URI uri in nameDirs)
{
// Directory layout looks like:
// test/data/dfs/nameN/current/{fsimage,edits,...}
FilePath nameDir = new FilePath(uri.GetPath());
FilePath dfsDir = nameDir.GetParentFile();
NUnit.Framework.Assert.AreEqual(dfsDir.GetName(), "dfs");
// make sure we got right dir
// Set the md5 file to all zeros
FilePath imageFile = new FilePath(nameDir, Storage.StorageDirCurrent + "/" + NNStorage
.GetImageFileName(0));
MD5FileUtils.SaveMD5File(imageFile, new MD5Hash(new byte[16]));
// Only need to corrupt one if !corruptAll
if (!corruptAll)
{
break;
}
}
}
public virtual void TestPurgingWithNameEditsDirAfterFailure()
{
MiniDFSCluster cluster = null;
Configuration conf = new HdfsConfiguration();
conf.SetLong(DFSConfigKeys.DfsNamenodeNumExtraEditsRetainedKey, 0);
FilePath sd0 = new FilePath(TestRootDir, "nn0");
FilePath sd1 = new FilePath(TestRootDir, "nn1");
FilePath cd0 = new FilePath(sd0, "current");
FilePath cd1 = new FilePath(sd1, "current");
conf.Set(DFSConfigKeys.DfsNamenodeNameDirKey, Joiner.On(",").Join(sd0, sd1));
try
{
cluster = new MiniDFSCluster.Builder(conf).NumDataNodes(0).ManageNameDfsDirs(false
).Format(true).Build();
NameNode nn = cluster.GetNameNode();
DoSaveNamespace(nn);
Log.Info("After first save, images 0 and 2 should exist in both dirs");
GenericTestUtils.AssertGlobEquals(cd0, "fsimage_\\d*", NNStorage.GetImageFileName
(0), NNStorage.GetImageFileName(2));
GenericTestUtils.AssertGlobEquals(cd1, "fsimage_\\d*", NNStorage.GetImageFileName
(0), NNStorage.GetImageFileName(2));
GenericTestUtils.AssertGlobEquals(cd0, "edits_.*", NNStorage.GetFinalizedEditsFileName
(1, 2), NNStorage.GetInProgressEditsFileName(3));
GenericTestUtils.AssertGlobEquals(cd1, "edits_.*", NNStorage.GetFinalizedEditsFileName
(1, 2), NNStorage.GetInProgressEditsFileName(3));
DoSaveNamespace(nn);
Log.Info("After second save, image 0 should be purged, " + "and image 4 should exist in both."
);
GenericTestUtils.AssertGlobEquals(cd0, "fsimage_\\d*", NNStorage.GetImageFileName
(2), NNStorage.GetImageFileName(4));
GenericTestUtils.AssertGlobEquals(cd1, "fsimage_\\d*", NNStorage.GetImageFileName
(2), NNStorage.GetImageFileName(4));
GenericTestUtils.AssertGlobEquals(cd0, "edits_.*", NNStorage.GetFinalizedEditsFileName
(3, 4), NNStorage.GetInProgressEditsFileName(5));
GenericTestUtils.AssertGlobEquals(cd1, "edits_.*", NNStorage.GetFinalizedEditsFileName
(3, 4), NNStorage.GetInProgressEditsFileName(5));
Log.Info("Failing first storage dir by chmodding it");
NUnit.Framework.Assert.AreEqual(0, FileUtil.Chmod(cd0.GetAbsolutePath(), "000"));
DoSaveNamespace(nn);
Log.Info("Restoring accessibility of first storage dir");
NUnit.Framework.Assert.AreEqual(0, FileUtil.Chmod(cd0.GetAbsolutePath(), "755"));
Log.Info("nothing should have been purged in first storage dir");
GenericTestUtils.AssertGlobEquals(cd0, "fsimage_\\d*", NNStorage.GetImageFileName
(2), NNStorage.GetImageFileName(4));
GenericTestUtils.AssertGlobEquals(cd0, "edits_.*", NNStorage.GetFinalizedEditsFileName
(3, 4), NNStorage.GetInProgressEditsFileName(5));
Log.Info("fsimage_2 should be purged in second storage dir");
GenericTestUtils.AssertGlobEquals(cd1, "fsimage_\\d*", NNStorage.GetImageFileName
(4), NNStorage.GetImageFileName(6));
GenericTestUtils.AssertGlobEquals(cd1, "edits_.*", NNStorage.GetFinalizedEditsFileName
(5, 6), NNStorage.GetInProgressEditsFileName(7));
Log.Info("On next save, we should purge logs from the failed dir," + " but not images, since the image directory is in failed state."
);
DoSaveNamespace(nn);
GenericTestUtils.AssertGlobEquals(cd1, "fsimage_\\d*", NNStorage.GetImageFileName
(6), NNStorage.GetImageFileName(8));
GenericTestUtils.AssertGlobEquals(cd1, "edits_.*", NNStorage.GetFinalizedEditsFileName
(7, 8), NNStorage.GetInProgressEditsFileName(9));
GenericTestUtils.AssertGlobEquals(cd0, "fsimage_\\d*", NNStorage.GetImageFileName
(2), NNStorage.GetImageFileName(4));
GenericTestUtils.AssertGlobEquals(cd0, "edits_.*", NNStorage.GetInProgressEditsFileName
(9));
}
finally
{
FileUtil.Chmod(cd0.GetAbsolutePath(), "755");
Log.Info("Shutting down...");
if (cluster != null)
{
cluster.Shutdown();
}
}
}
/// <exception cref="System.Exception"/>
public virtual void TestCancelSaveNamespace()
{
Configuration conf = GetConf();
NameNode.InitMetrics(conf, HdfsServerConstants.NamenodeRole.Namenode);
DFSTestUtil.FormatNameNode(conf);
FSNamesystem fsn = FSNamesystem.LoadFromDisk(conf);
// Replace the FSImage with a spy
FSImage image = fsn.GetFSImage();
NNStorage storage = image.GetStorage();
storage.Close();
// unlock any directories that FSNamesystem's initialization may have locked
storage.SetStorageDirectories(FSNamesystem.GetNamespaceDirs(conf), FSNamesystem.GetNamespaceEditsDirs
(conf));
FSNamesystem spyFsn = Org.Mockito.Mockito.Spy(fsn);
FSNamesystem finalFsn = spyFsn;
GenericTestUtils.DelayAnswer delayer = new GenericTestUtils.DelayAnswer(Log);
BlockIdManager bid = Org.Mockito.Mockito.Spy(spyFsn.GetBlockIdManager());
Whitebox.SetInternalState(finalFsn, "blockIdManager", bid);
Org.Mockito.Mockito.DoAnswer(delayer).When(bid).GetGenerationStampV2();
ExecutorService pool = Executors.NewFixedThreadPool(2);
try
{
DoAnEdit(fsn, 1);
Canceler canceler = new Canceler();
// Save namespace
fsn.SetSafeMode(HdfsConstants.SafeModeAction.SafemodeEnter);
try
{
Future <Void> saverFuture = pool.Submit(new _Callable_561(image, finalFsn, canceler
));
// Wait until saveNamespace calls getGenerationStamp
delayer.WaitForCall();
// then cancel the saveNamespace
Future <Void> cancelFuture = pool.Submit(new _Callable_572(canceler));
// give the cancel call time to run
Sharpen.Thread.Sleep(500);
// allow saveNamespace to proceed - it should check the cancel flag after
// this point and throw an exception
delayer.Proceed();
cancelFuture.Get();
saverFuture.Get();
NUnit.Framework.Assert.Fail("saveNamespace did not fail even though cancelled!");
}
catch (Exception t)
{
GenericTestUtils.AssertExceptionContains("SaveNamespaceCancelledException", t);
}
Log.Info("Successfully cancelled a saveNamespace");
// Check that we have only the original image and not any
// cruft left over from half-finished images
FSImageTestUtil.LogStorageContents(Log, storage);
foreach (Storage.StorageDirectory sd in storage.DirIterable(null))
{
FilePath curDir = sd.GetCurrentDir();
GenericTestUtils.AssertGlobEquals(curDir, "fsimage_.*", NNStorage.GetImageFileName
(0), NNStorage.GetImageFileName(0) + MD5FileUtils.Md5Suffix);
}
}
finally
{
fsn.Close();
}
}