/// <exception cref="VariantException"></exception>
/// <exception cref="TjsException"></exception>
public virtual void Assign(Dispatch2 dsp)
{
// copy members from "dsp" to "Owner"
// determin dsp's object type
//Holder<ArrayNI> arrayni = new Holder<ArrayNI>(null);
ArrayNI array = (ArrayNI)dsp.GetNativeInstance(ArrayClass.ClassID);
if (array != null)
{
// copy from array
mItems.Clear();
int count = array.mItems.Count;
for (int i = 0; i < count; i++)
{
mItems.AddItem(new Variant(array.mItems[i]));
}
}
else
{
//mItems.addAll( array.mItems );
// convert from dictionary or others
mItems.Clear();
ArrayNI.DictionaryEnumCallback callback = new ArrayNI.DictionaryEnumCallback(mItems
);
dsp.EnumMembers(Interface.IGNOREPROP, callback, dsp);
}
}
public virtual void Clear()
{
lock (pendingReplications)
{
pendingReplications.Clear();
timedOutItems.Clear();
}
}
/// <exception cref="System.NotSupportedException"></exception>
/// <exception cref="NGit.Errors.TransportException"></exception>
internal virtual void Execute(ProgressMonitor monitor, FetchResult result)
{
askFor.Clear();
localUpdates.Clear();
fetchHeadUpdates.Clear();
packLocks.Clear();
try
{
ExecuteImp(monitor, result);
}
finally
{
try
{
foreach (PackLock Lock in packLocks)
{
Lock.Unlock();
}
}
catch (IOException e)
{
throw new TransportException(e.Message, e);
}
}
}
public virtual void TestDeletingBlocks()
{
MiniDFSCluster cluster = new MiniDFSCluster.Builder(new HdfsConfiguration()).Build
();
try
{
cluster.WaitActive();
DataNode dn = cluster.GetDataNodes()[0];
FsDatasetImpl ds = (FsDatasetImpl)DataNodeTestUtils.GetFSDataset(dn);
FsVolumeImpl vol = ds.GetVolumes()[0];
ExtendedBlock eb;
ReplicaInfo info;
IList <Block> blockList = new AList <Block>();
for (int i = 1; i <= 63; i++)
{
eb = new ExtendedBlock(Blockpool, i, 1, 1000 + i);
info = new FinalizedReplica(eb.GetLocalBlock(), vol, vol.GetCurrentDir().GetParentFile
());
ds.volumeMap.Add(Blockpool, info);
info.GetBlockFile().CreateNewFile();
info.GetMetaFile().CreateNewFile();
blockList.AddItem(info);
}
ds.Invalidate(Blockpool, Sharpen.Collections.ToArray(blockList, new Block[0]));
try
{
Sharpen.Thread.Sleep(1000);
}
catch (Exception)
{
}
// Nothing to do
NUnit.Framework.Assert.IsTrue(ds.IsDeletingBlock(Blockpool, blockList[0].GetBlockId
()));
blockList.Clear();
eb = new ExtendedBlock(Blockpool, 64, 1, 1064);
info = new FinalizedReplica(eb.GetLocalBlock(), vol, vol.GetCurrentDir().GetParentFile
());
ds.volumeMap.Add(Blockpool, info);
info.GetBlockFile().CreateNewFile();
info.GetMetaFile().CreateNewFile();
blockList.AddItem(info);
ds.Invalidate(Blockpool, Sharpen.Collections.ToArray(blockList, new Block[0]));
try
{
Sharpen.Thread.Sleep(1000);
}
catch (Exception)
{
}
// Nothing to do
NUnit.Framework.Assert.IsFalse(ds.IsDeletingBlock(Blockpool, blockList[0].GetBlockId
()));
}
finally
{
cluster.Shutdown();
}
}
/// <exception cref="System.IO.IOException"/>
protected internal override void ParseExecResult(BufferedReader lines)
{
output.Clear();
string line = lines.ReadLine();
while (line != null)
{
output.AddItem(line);
line = lines.ReadLine();
}
}
/// <summary>Scan head, index and merge tree.</summary>
/// <remarks>
/// Scan head, index and merge tree. Used during normal checkout or merge
/// operations.
/// </remarks>
/// <exception cref="NGit.Errors.CorruptObjectException">NGit.Errors.CorruptObjectException
/// </exception>
/// <exception cref="System.IO.IOException">System.IO.IOException</exception>
public virtual void PreScanTwoTrees()
{
removed.Clear();
updated.Clear();
conflicts.Clear();
walk = new NameConflictTreeWalk(repo);
builder = dc.Builder();
AddTree(walk, headCommitTree);
AddTree(walk, mergeCommitTree);
walk.AddTree(new DirCacheBuildIterator(builder));
walk.AddTree(workingTree);
while (walk.Next())
{
ProcessEntry(walk.GetTree <CanonicalTreeParser>(0), walk.GetTree <CanonicalTreeParser
>(1), walk.GetTree <DirCacheBuildIterator>(2), walk.GetTree <WorkingTreeIterator>(
3));
if (walk.IsSubtree)
{
walk.EnterSubtree();
}
}
}
/// <summary>Update this remote's definition within the configuration.</summary>
/// <remarks>Update this remote's definition within the configuration.</remarks>
/// <param name="rc">the configuration file to store ourselves into.</param>
public virtual void Update(Config rc)
{
IList <string> vlst = new AList <string>();
vlst.Clear();
foreach (URIish u in URIs)
{
vlst.AddItem(u.ToPrivateString());
}
rc.SetStringList(SECTION, Name, KEY_URL, vlst);
vlst.Clear();
foreach (URIish u_1 in PushURIs)
{
vlst.AddItem(u_1.ToPrivateString());
}
rc.SetStringList(SECTION, Name, KEY_PUSHURL, vlst);
vlst.Clear();
foreach (RefSpec u_2 in FetchRefSpecs)
{
vlst.AddItem(u_2.ToString());
}
rc.SetStringList(SECTION, Name, KEY_FETCH, vlst);
vlst.Clear();
foreach (RefSpec u_3 in PushRefSpecs)
{
vlst.AddItem(u_3.ToString());
}
rc.SetStringList(SECTION, Name, KEY_PUSH, vlst);
Set(rc, KEY_UPLOADPACK, UploadPack, DEFAULT_UPLOAD_PACK);
Set(rc, KEY_RECEIVEPACK, ReceivePack, DEFAULT_RECEIVE_PACK);
Set(rc, KEY_TAGOPT, TagOpt.Option(), NGit.Transport.TagOpt.AUTO_FOLLOW.Option());
Set(rc, KEY_MIRROR, mirror, DEFAULT_MIRROR);
Set(rc, KEY_TIMEOUT, timeout, 0);
if (!oldName.Equals(name))
{
rc.UnsetSection(SECTION, oldName);
oldName = name;
}
}
public virtual void SetUp()
{
float maxF = LightWeightLinkedSet.DefaultMaxLoadFactor;
float minF = LightWeightLinkedSet.DefautMinLoadFactor;
int initCapacity = LightWeightLinkedSet.MinimumCapacity;
rand = new Random(Time.Now());
list.Clear();
for (int i = 0; i < Num; i++)
{
list.AddItem(rand.Next());
}
set = new LightWeightLinkedSet <int>(initCapacity, maxF, minF);
}
public void TestPrependAppend()
{
List <int> list = new List <int>();
AList <int> alist = this.NewList();
List <int>[] lists = new List <int> [8];
AList <int>[] alists = new AList <int>[]
{
this.NewList(0, out lists[0]),
this.NewList(1, out lists[1]),
this.NewList(5, out lists[2]),
this.NewList(11, out lists[3]),
this.NewList(20, out lists[4]),
this.NewList(32, out lists[5]),
this.NewList(53, out lists[6]),
this.NewList(100, out lists[7]),
};
Assert.AreEqual(alists.Length, lists.Length);
// So, let's just do a random series of Append and Prepend operations,
// clearing the list occasionally so that both list sizes vary a lot,
// which will cause the code paths to vary (important because there
// are several different ways these operations can be done).
for (int trial = 0; trial < 20; trial++)
{
if (trial % 4 == 0)
{
alist.Clear();
list.Clear();
}
int whirl = this._r.Next(alists.Length);
AList <int> other = alists[whirl];
bool append = this._r.Next(2) == 0;
if (append)
{
alist.Append(other);
list.AddRange(lists[whirl]);
}
else
{
alist.Prepend(other);
list.InsertRange(0, lists[whirl]);
}
Assert.That(other.ImmutableCount == other.Count || other.Count <= this._maxLeafSize);
Assert.That(alist.ImmutableCount >= other.ImmutableCount || alist.Count - other.Count <= this._maxLeafSize);
}
}
public void Clear()
{
if (mNodes != null)
{
int count = mNodes.Count;
for (int i = 0; i < count; i++)
{
ExprNode node = mNodes[i];
node?.Clear();
}
mNodes.Clear();
mNodes = null;
}
if (mVal != null)
{
mVal.Clear();
mVal = null;
}
}
/// <summary>
/// Copy a delimited text file into a new (or optionally exixsting) table in
/// this database.
/// </summary>
/// <remarks>
/// Copy a delimited text file into a new (or optionally exixsting) table in
/// this database.
/// </remarks>
/// <param name="name">Name of the new table to create</param>
/// <param name="in">Source reader to import</param>
/// <param name="delim">Regular expression representing the delimiter string.</param>
/// <param name="quote">the quote character</param>
/// <param name="filter">valid import filter</param>
/// <param name="useExistingTable">
/// if
/// <code>true</code>
/// use current table if it already
/// exists, otherwise, create new table with unique
/// name
/// </param>
/// <returns>the name of the imported table</returns>
/// <exception cref="System.IO.IOException"></exception>
public static string ImportReader(BufferedReader @in, Database db, string name, string
delim, char quote, ImportFilter filter, bool useExistingTable)
{
string line = @in.ReadLine();
if (line == null || line.Trim().Length == 0)
{
return(null);
}
Sharpen.Pattern delimPat = Sharpen.Pattern.Compile(delim);
name = Database.EscapeIdentifier(name);
Table table = null;
if (!useExistingTable || ((table = db.GetTable(name)) == null))
{
IList <Column> columns = new List <Column>();
string[] columnNames = SplitLine(line, delimPat, quote, @in, 0);
for (int i = 0; i < columnNames.Length; i++)
{
columns.AddItem(new ColumnBuilder(columnNames[i], DataType.TEXT).EscapeName().SetLength
(DataTypeProperties.TEXT.maxSize.Value).ToColumn());
}
table = CreateUniqueTable(db, name, columns, null, filter);
}
IList <object[]> rows = new AList <object[]>(COPY_TABLE_BATCH_SIZE);
int numColumns = table.GetColumnCount();
while ((line = @in.ReadLine()) != null)
{
object[] data = SplitLine(line, delimPat, quote, @in, numColumns);
rows.AddItem(filter.FilterRow(data));
if (rows.Count == COPY_TABLE_BATCH_SIZE)
{
table.AddRows(rows);
rows.Clear();
}
}
if (rows.Count > 0)
{
table.AddRows(rows);
}
return(table.GetName());
}
public static void FinalizeApplication()
{
mGlobalStringMap = null;
mNativeClassNames?.Clear();
mNativeClassNames = null;
mConsoleOutput = null;
mMessageMapper = null;
mStorage = null;
mArrayClass = null;
mDictionaryClass = null;
mVAPool = null;
NULL_ARG = null;
ArrayObject.FinalizeApplication();
TjsByteCodeLoader.FinalizeApplication();
CustomObject.FinalizeApplication();
DictionaryObject.FinalizeApplication();
MathClass.FinalizeApplication();
Variant.FinalizeApplication();
LexicalAnalyzer.FinalizeApplication();
}
// temporary
//static private final int MIN_VARIANT_DATA_COUNT = 400*2;
public virtual void Create(int count)
{
if (count < MIN_COUNT)
{
count = MIN_COUNT;
}
if (mWork == null)
{
mWork = new AList <VariantRepalace>();
}
mWork.Clear();
if (mObjs == null || mObjs.Length < count)
{
mObjs = new InterCodeObject[count];
mParent = new int[count];
mPropSetter = new int[count];
mPropGetter = new int[count];
mSuperClassGetter = new int[count];
mProperties = new int[count][];
}
}
/// <summary>
/// Initializes the lists.
/// </summary>
private void InitLists()
{
if (AlphaList == null)
{
AlphaList = new List <int>();
}
else
{
AlphaList.Clear();
}
if (BetaList == null)
{
BetaList = new List <int>();
}
else
{
BetaList.Clear();
}
if (AList == null)
{
AList = new List <int>();
}
else
{
AList.Clear();
}
if (BList == null)
{
BList = new List <int>();
}
else
{
BList.Clear();
}
}
public virtual void TestChooseTarget2()
{
DatanodeStorageInfo[] targets;
BlockPlacementPolicyDefault repl = (BlockPlacementPolicyDefault)replicator;
IList <DatanodeStorageInfo> chosenNodes = new AList <DatanodeStorageInfo>();
ICollection <Node> excludedNodes = new HashSet <Node>();
excludedNodes.AddItem(dataNodes[1]);
targets = repl.ChooseTarget(filename, 4, dataNodes[0], chosenNodes, false, excludedNodes
, BlockSize, TestBlockStoragePolicy.DefaultStoragePolicy);
NUnit.Framework.Assert.AreEqual(targets.Length, 4);
NUnit.Framework.Assert.AreEqual(storages[0], targets[0]);
NUnit.Framework.Assert.IsTrue(cluster.IsNodeGroupAware());
// Make sure no replicas are on the same nodegroup
for (int i = 1; i < 4; i++)
{
NUnit.Framework.Assert.IsFalse(IsOnSameNodeGroup(targets[0], targets[i]));
}
NUnit.Framework.Assert.IsTrue(IsOnSameRack(targets[1], targets[2]) || IsOnSameRack
(targets[2], targets[3]));
NUnit.Framework.Assert.IsFalse(IsOnSameRack(targets[1], targets[3]));
excludedNodes.Clear();
chosenNodes.Clear();
excludedNodes.AddItem(dataNodes[1]);
chosenNodes.AddItem(storages[2]);
targets = repl.ChooseTarget(filename, 1, dataNodes[0], chosenNodes, true, excludedNodes
, BlockSize, TestBlockStoragePolicy.DefaultStoragePolicy);
System.Console.Out.WriteLine("targets=" + Arrays.AsList(targets));
NUnit.Framework.Assert.AreEqual(2, targets.Length);
//make sure that the chosen node is in the target.
int i_1 = 0;
for (; i_1 < targets.Length && !storages[2].Equals(targets[i_1]); i_1++)
{
}
NUnit.Framework.Assert.IsTrue(i_1 < targets.Length);
}
public virtual void TestContainerCleanup()
{
Logger rootLogger = LogManager.GetRootLogger();
rootLogger.SetLevel(Level.Debug);
DrainDispatcher dispatcher = new DrainDispatcher();
MockRM rm = new _MockRM_167(this, dispatcher);
rm.Start();
MockNM nm1 = rm.RegisterNode("127.0.0.1:1234", 5000);
RMApp app = rm.SubmitApp(2000);
//kick the scheduling
nm1.NodeHeartbeat(true);
RMAppAttempt attempt = app.GetCurrentAppAttempt();
MockAM am = rm.SendAMLaunched(attempt.GetAppAttemptId());
am.RegisterAppAttempt();
//request for containers
int request = 2;
am.Allocate("127.0.0.1", 1000, request, new AList <ContainerId>());
dispatcher.Await();
//kick the scheduler
nm1.NodeHeartbeat(true);
IList <Container> conts = am.Allocate(new AList <ResourceRequest>(), new AList <ContainerId
>()).GetAllocatedContainers();
int contReceived = conts.Count;
int waitCount = 0;
while (contReceived < request && waitCount++ < 200)
{
Log.Info("Got " + contReceived + " containers. Waiting to get " + request);
Sharpen.Thread.Sleep(100);
conts = am.Allocate(new AList <ResourceRequest>(), new AList <ContainerId>()).GetAllocatedContainers
();
dispatcher.Await();
contReceived += conts.Count;
nm1.NodeHeartbeat(true);
}
NUnit.Framework.Assert.AreEqual(request, contReceived);
// Release a container.
AList <ContainerId> release = new AList <ContainerId>();
release.AddItem(conts[0].GetId());
am.Allocate(new AList <ResourceRequest>(), release);
dispatcher.Await();
// Send one more heartbeat with a fake running container. This is to
// simulate the situation that can happen if the NM reports that container
// is running in the same heartbeat when the RM asks it to clean it up.
IDictionary <ApplicationId, IList <ContainerStatus> > containerStatuses = new Dictionary
<ApplicationId, IList <ContainerStatus> >();
AList <ContainerStatus> containerStatusList = new AList <ContainerStatus>();
containerStatusList.AddItem(BuilderUtils.NewContainerStatus(conts[0].GetId(), ContainerState
.Running, "nothing", 0));
containerStatuses[app.GetApplicationId()] = containerStatusList;
NodeHeartbeatResponse resp = nm1.NodeHeartbeat(containerStatuses, true);
WaitForContainerCleanup(dispatcher, nm1, resp);
// Now to test the case when RM already gave cleanup, and NM suddenly
// realizes that the container is running.
Log.Info("Testing container launch much after release and " + "NM getting cleanup"
);
containerStatuses.Clear();
containerStatusList.Clear();
containerStatusList.AddItem(BuilderUtils.NewContainerStatus(conts[0].GetId(), ContainerState
.Running, "nothing", 0));
containerStatuses[app.GetApplicationId()] = containerStatusList;
resp = nm1.NodeHeartbeat(containerStatuses, true);
// The cleanup list won't be instantaneous as it is given out by scheduler
// and not RMNodeImpl.
WaitForContainerCleanup(dispatcher, nm1, resp);
rm.Stop();
}
private void timer1_Tick(object sender, EventArgs e)
{
x--;
Draw();
if (soldier.life <= 0)
{
if (!won)
{
//MessageBox.Show("You lost!");
won = true;
}
soldier = new Soldier();
soldier.Setup(panel, soldierimg);
ant.Clear();
Random rend = new Random();
for (int i = 0; i < 100; i++)
{
int v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a1 = new Antagonist2();
a1.Setup(this, g, antagonist);
ant.Add(a1);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a2 = new Antagonist2();
a2.Setup(this, g, antagonist);
ant.Add(a2);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a3 = new Antagonist2();
a3.Setup(this, g, antagonist);
ant.Add(a3);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a4 = new Antagonist2();
a4.Setup(this, g, antagonist);
ant.Add(a4);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a5 = new Antagonist2();
a5.Setup(this, g, antagonist);
ant.Add(a5);
v = (rend.Next(10) + 1) * 100 + 200;
ant[0 + i * 5].SetLocation(800 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[1 + i * 5].SetLocation(630 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[2 + i * 5].SetLocation(330 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[3 + i * 5].SetLocation(430 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[4 + i * 5].SetLocation(530 + i * 1280, v);
}
serializer.Serialize(soldier, ant);
Play();
}
else if (ant.Count == 0)
{
if (!won)
{
//MessageBox.Show("You won!");
won = true;
}
soldier.DrawWon();
//new System.Threading.ManualResetEvent(false).WaitOne(60 * 1000);
soldier = new Soldier();
soldier.Setup(panel, soldierimg);
ant.Clear();
Random rend = new Random();
for (int i = 0; i < 100; i++)
{
int v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a1 = new Antagonist2();
a1.Setup(this, g, antagonist);
ant.Add(a1);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a2 = new Antagonist2();
a2.Setup(this, g, antagonist);
ant.Add(a2);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a3 = new Antagonist2();
a3.Setup(this, g, antagonist);
ant.Add(a3);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a4 = new Antagonist2();
a4.Setup(this, g, antagonist);
ant.Add(a4);
v = rend.Next(5);
if (v == 0)
{
antt = antagonist;
}
else if (v == 1)
{
antt = antagonist2;
}
else if (v == 2)
{
antt = antagonist3;
}
else if (v == 3)
{
antt = antagonist4;
}
else if (v == 4)
{
antt = antagonist5;
}
antagonist = antt;
Antagonist2 a5 = new Antagonist2();
a5.Setup(this, g, antagonist);
ant.Add(a5);
v = (rend.Next(10) + 1) * 100 + 200;
ant[0 + i * 5].SetLocation(800 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[1 + i * 5].SetLocation(630 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[2 + i * 5].SetLocation(330 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[3 + i * 5].SetLocation(430 + i * 1280, v);
v = (rend.Next(10) + 1) * 100 + 200;
ant[4 + i * 5].SetLocation(530 + i * 1280, v);
}
serializer.Serialize(soldier, ant);
Play();
}
}
/// <summary>Test the case where we do a mark inside a reset.</summary>
/// <remarks>
/// Test the case where we do a mark inside a reset. Test for both file
/// and memory
/// </remarks>
/// <param name="key"/>
/// <param name="values"/>
/// <returns/>
/// <exception cref="System.IO.IOException"/>
private static int Test2(IntWritable key, MarkableIterator <IntWritable> values)
{
IntWritable i;
int errors = 0;
int count = 0;
AList <IntWritable> expectedValues = new AList <IntWritable>();
AList <IntWritable> expectedValues1 = new AList <IntWritable>();
Log.Info("Executing TEST:2 for Key:" + key);
values.Mark();
Log.Info("TEST:2 Marking");
while (values.HasNext())
{
i = values.Next();
Log.Info(key + ":" + i);
expectedValues.AddItem(i);
if (count == 8)
{
break;
}
count++;
}
values.Reset();
count = 0;
Log.Info("TEST:2 reset");
while (values.HasNext())
{
i = values.Next();
Log.Info(key + ":" + i);
if (count < expectedValues.Count)
{
if (i != expectedValues[count])
{
errors++;
Log.Info("TEST:2. Check:1 Expected: " + expectedValues[count] + ", Got: " + i);
return(errors);
}
}
// We have moved passed the first mark, but still reading from the
// memory cache
if (count == 3)
{
values.Mark();
Log.Info("TEST:2. Marking -- " + key + ":" + i);
}
if (count >= 3)
{
expectedValues1.AddItem(i);
}
count++;
}
values.Reset();
Log.Info("TEST:2. Reset");
expectedValues.Clear();
count = 0;
while (values.HasNext())
{
i = values.Next();
Log.Info(key + ":" + i);
if (count < expectedValues1.Count)
{
if (i != expectedValues1[count])
{
errors++;
Log.Info("TEST:2. Check:2 Expected: " + expectedValues1[count] + ", Got: " + i);
return(errors);
}
}
// We have moved passed the previous mark, but now we are in the file
// cache
if (count == 20)
{
values.Mark();
Log.Info("TEST:2. Marking -- " + key + ":" + i);
}
if (count >= 20)
{
expectedValues.AddItem(i);
}
count++;
}
values.Reset();
count = 0;
Log.Info("TEST:2. Reset");
while (values.HasNext())
{
i = values.Next();
Log.Info(key + ":" + i);
if (i != expectedValues[count])
{
errors++;
Log.Info("TEST:2. Check:1 Expected: " + expectedValues[count] + ", Got: " + i);
return(errors);
}
}
Log.Info("TEST:2 Done");
return(errors);
}
/// <exception cref="Kirikiri.Tjs2.TJSException"></exception>
private void ReadObjects(ScriptBlock block, BinaryReader br)
{
int totalSize = br.ReadInt32();
string[] strarray = mStringArray;
ByteBuffer[] bbarray = mByteBufferArray;
double[] dblarray = mDoubleArray;
byte[] barray = mByteArray;
short[] sarray = mShortArray;
int[] iarray = mIntArray;
long[] larray = mLongArray;
int toplevel = br.ReadInt32();
int objcount = br.ReadInt32();
mObjectsCache.Create(objcount);
InterCodeObject[] objs = mObjectsCache.mObjs;
AList <VariantRepalace> work = mObjectsCache.mWork;
int[] parent = mObjectsCache.mParent;
int[] propSetter = mObjectsCache.mPropSetter;
int[] propGetter = mObjectsCache.mPropGetter;
int[] superClassGetter = mObjectsCache.mSuperClassGetter;
int[][] properties = mObjectsCache.mProperties;
for (int o = 0; o < objcount; o++)
{
if (br.ReadChars(4).ToRealString() != FILE_TAG_LE)
{
throw new TjsException("ByteCode Broken");
}
int objsize = br.ReadInt32();
parent[o] = br.ReadInt32();
int name = br.ReadInt32();
int contextType = br.ReadInt32();
int maxVariableCount = br.ReadInt32();
int variableReserveCount = br.ReadInt32();
int maxFrameCount = br.ReadInt32();
int funcDeclArgCount = br.ReadInt32();
int funcDeclUnnamedArgArrayBase = br.ReadInt32();
int funcDeclCollapseBase = br.ReadInt32();
propSetter[o] = br.ReadInt32();
propGetter[o] = br.ReadInt32();
superClassGetter[o] = br.ReadInt32();
int count = br.ReadInt32();
LongBuffer srcpos = null;
// codePos/srcPos は今のところ使ってない、ソート济みなので、longにする必要はないが……
// codePos/srcPos currently not used. it's for debug. Please refer to newer krkrz code and fix here later.
if (count > 0)
{
for (int i = 0; i < count; i++)
{
br.ReadInt64();
}
}
else
{
//br.BaseStream.Seek(count << 3, SeekOrigin.Current);
//br.ReadInt32();
}
count = br.ReadInt32();
short[] code = new short[count];
for (int i = 0; i < count; i++)
{
code[i] = br.ReadInt16();
}
//TranslateCodeAddress( block, code, codeSize );
var padding = 4 - (count * 2) % 4;
if (padding > 0 && padding < 4)
{
br.ReadBytes(padding);
}
count = br.ReadInt32();
int vcount = count * 2;
if (mVariantTypeData == null || mVariantTypeData.Length < vcount)
{
mVariantTypeData = new short[vcount];
}
for (int i = 0; i < vcount; i++)
{
mVariantTypeData[i] = br.ReadInt16();
}
Variant[] vdata = new Variant[count];
int datacount = count;
Variant tmp;
for (int i = 0; i < datacount; i++)
{
int pos = i << 1;
int type = mVariantTypeData[pos];
int index = mVariantTypeData[pos + 1];
switch (type)
{
case TYPE_VOID:
{
vdata[i] = new Variant();
// null
break;
}
case TYPE_OBJECT:
{
vdata[i] = new Variant(null, null);
// null Array Dictionary はまだサポートしていない TODO
break;
}
case TYPE_INTER_OBJECT:
{
tmp = new Variant();
work.AddItem(new VariantRepalace(tmp, index));
vdata[i] = tmp;
break;
}
case TYPE_INTER_GENERATOR:
{
tmp = new Variant();
work.AddItem(new VariantRepalace(tmp, index));
vdata[i] = tmp;
break;
}
case TYPE_STRING:
{
vdata[i] = new Variant(strarray[index]);
break;
}
case TYPE_OCTET:
{
vdata[i] = new Variant(bbarray[index]);
break;
}
case TYPE_REAL:
{
vdata[i] = new Variant(dblarray[index]);
break;
}
case TYPE_BYTE:
{
vdata[i] = new Variant(barray[index]);
break;
}
case TYPE_SHORT:
{
vdata[i] = new Variant(sarray[index]);
break;
}
case TYPE_INTEGER:
{
vdata[i] = new Variant(iarray[index]);
break;
}
case TYPE_LONG:
{
vdata[i] = new Variant(larray[index]);
break;
}
case TYPE_UNKNOWN:
default:
{
vdata[i] = new Variant();
// null;
break;
break;
}
}
}
count = br.ReadInt32();
int[] scgetterps = new int[count];
for (int i = 0; i < count; i++)
{
scgetterps[i] = br.ReadInt32();
}
// properties
count = br.ReadInt32();
if (count > 0)
{
int pcount = count << 1;
int[] props = new int[pcount];
for (int i = 0; i < pcount; i++)
{
props[i] = br.ReadInt32();
}
properties[o] = props;
}
//IntVector superpointer = IntVector.wrap( scgetterps );
InterCodeObject obj = new InterCodeObject(block, mStringArray[name], contextType,
code, vdata, maxVariableCount, variableReserveCount, maxFrameCount, funcDeclArgCount
, funcDeclUnnamedArgArrayBase, funcDeclCollapseBase, true, srcpos, scgetterps);
//objs.add(obj);
objs[o] = obj;
}
Variant val = new Variant();
for (int o = 0; o < objcount; o++)
{
InterCodeObject parentObj = null;
InterCodeObject propSetterObj = null;
InterCodeObject propGetterObj = null;
InterCodeObject superClassGetterObj = null;
if (parent[o] >= 0)
{
parentObj = objs[parent[o]];
}
if (propSetter[o] >= 0)
{
propSetterObj = objs[propSetter[o]];
}
if (propGetter[o] >= 0)
{
propGetterObj = objs[propGetter[o]];
}
if (superClassGetter[o] >= 0)
{
superClassGetterObj = objs[superClassGetter[o]];
}
objs[o]
.SetCodeObject(parentObj, propSetterObj, propGetterObj, superClassGetterObj
);
if (properties[o] != null)
{
InterCodeObject obj = parentObj;
// objs.get(o).mParent;
int[] prop = properties[o];
int length = (int)(((uint)prop.Length) >> 1);
for (int i = 0; i < length; i++)
{
int pos = i << 1;
int pname = prop[pos];
int pobj = prop[pos + 1];
val.Set(objs[pobj]);
obj.PropSet(Interface.MEMBERENSURE | Interface.IGNOREPROP, mStringArray[pname], val
, obj);
}
properties[o] = null;
}
}
for (int i = 0; i < work.Count; i++)
{
VariantRepalace w = work[i];
w.Work.Set(objs[w.Index]);
}
work.Clear();
InterCodeObject top = null;
if (toplevel >= 0)
{
top = objs[toplevel];
}
block.SetObjects(top, objs, objcount);
}
public override void Clear()
{
data.Clear();
Reset();
}
/// <summary>Update this remote's definition within the configuration.</summary>
/// <remarks>Update this remote's definition within the configuration.</remarks>
/// <param name="rc">the configuration file to store ourselves into.</param>
public virtual void Update(Config rc)
{
IList<string> vlst = new AList<string>();
vlst.Clear();
foreach (URIish u in URIs)
{
vlst.AddItem(u.ToPrivateString());
}
rc.SetStringList(SECTION, Name, KEY_URL, vlst);
vlst.Clear();
foreach (URIish u_1 in PushURIs)
{
vlst.AddItem(u_1.ToPrivateString());
}
rc.SetStringList(SECTION, Name, KEY_PUSHURL, vlst);
vlst.Clear();
foreach (RefSpec u_2 in FetchRefSpecs)
{
vlst.AddItem(u_2.ToString());
}
rc.SetStringList(SECTION, Name, KEY_FETCH, vlst);
vlst.Clear();
foreach (RefSpec u_3 in PushRefSpecs)
{
vlst.AddItem(u_3.ToString());
}
rc.SetStringList(SECTION, Name, KEY_PUSH, vlst);
Set(rc, KEY_UPLOADPACK, UploadPack, DEFAULT_UPLOAD_PACK);
Set(rc, KEY_RECEIVEPACK, ReceivePack, DEFAULT_RECEIVE_PACK);
Set(rc, KEY_TAGOPT, TagOpt.Option(), NGit.Transport.TagOpt.AUTO_FOLLOW.Option());
Set(rc, KEY_MIRROR, mirror, DEFAULT_MIRROR);
Set(rc, KEY_TIMEOUT, timeout, 0);
if (!oldName.Equals(name))
{
rc.UnsetSection(SECTION, oldName);
oldName = name;
}
}
public void Reset()
{
_blocks.Clear();
}
/// <exception cref="System.IO.IOException"/>
private RawKeyValueIterator FinalMerge(JobConf job, FileSystem fs, IList <InMemoryMapOutput
<K, V> > inMemoryMapOutputs, IList <MergeManagerImpl.CompressAwarePath> onDiskMapOutputs
)
{
Log.Info("finalMerge called with " + inMemoryMapOutputs.Count + " in-memory map-outputs and "
+ onDiskMapOutputs.Count + " on-disk map-outputs");
long maxInMemReduce = GetMaxInMemReduceLimit();
// merge config params
Type keyClass = (Type)job.GetMapOutputKeyClass();
Type valueClass = (Type)job.GetMapOutputValueClass();
bool keepInputs = job.GetKeepFailedTaskFiles();
Path tmpDir = new Path(reduceId.ToString());
RawComparator <K> comparator = (RawComparator <K>)job.GetOutputKeyComparator();
// segments required to vacate memory
IList <Merger.Segment <K, V> > memDiskSegments = new AList <Merger.Segment <K, V> >();
long inMemToDiskBytes = 0;
bool mergePhaseFinished = false;
if (inMemoryMapOutputs.Count > 0)
{
TaskID mapId = inMemoryMapOutputs[0].GetMapId().GetTaskID();
inMemToDiskBytes = CreateInMemorySegments(inMemoryMapOutputs, memDiskSegments, maxInMemReduce
);
int numMemDiskSegments = memDiskSegments.Count;
if (numMemDiskSegments > 0 && ioSortFactor > onDiskMapOutputs.Count)
{
// If we reach here, it implies that we have less than io.sort.factor
// disk segments and this will be incremented by 1 (result of the
// memory segments merge). Since this total would still be
// <= io.sort.factor, we will not do any more intermediate merges,
// the merge of all these disk segments would be directly fed to the
// reduce method
mergePhaseFinished = true;
// must spill to disk, but can't retain in-mem for intermediate merge
Path outputPath = mapOutputFile.GetInputFileForWrite(mapId, inMemToDiskBytes).Suffix
(Org.Apache.Hadoop.Mapred.Task.MergedOutputPrefix);
RawKeyValueIterator rIter = Merger.Merge(job, fs, keyClass, valueClass, memDiskSegments
, numMemDiskSegments, tmpDir, comparator, reporter, spilledRecordsCounter, null,
mergePhase);
FSDataOutputStream @out = CryptoUtils.WrapIfNecessary(job, fs.Create(outputPath));
IFile.Writer <K, V> writer = new IFile.Writer <K, V>(job, @out, keyClass, valueClass
, codec, null, true);
try
{
Merger.WriteFile(rIter, writer, reporter, job);
writer.Close();
onDiskMapOutputs.AddItem(new MergeManagerImpl.CompressAwarePath(outputPath, writer
.GetRawLength(), writer.GetCompressedLength()));
writer = null;
}
catch (IOException e)
{
// add to list of final disk outputs.
if (null != outputPath)
{
try
{
fs.Delete(outputPath, true);
}
catch (IOException)
{
}
}
// NOTHING
throw;
}
finally
{
if (null != writer)
{
writer.Close();
}
}
Log.Info("Merged " + numMemDiskSegments + " segments, " + inMemToDiskBytes + " bytes to disk to satisfy "
+ "reduce memory limit");
inMemToDiskBytes = 0;
memDiskSegments.Clear();
}
else
{
if (inMemToDiskBytes != 0)
{
Log.Info("Keeping " + numMemDiskSegments + " segments, " + inMemToDiskBytes + " bytes in memory for "
+ "intermediate, on-disk merge");
}
}
}
// segments on disk
IList <Merger.Segment <K, V> > diskSegments = new AList <Merger.Segment <K, V> >();
long onDiskBytes = inMemToDiskBytes;
long rawBytes = inMemToDiskBytes;
MergeManagerImpl.CompressAwarePath[] onDisk = Sharpen.Collections.ToArray(onDiskMapOutputs
, new MergeManagerImpl.CompressAwarePath[onDiskMapOutputs.Count]);
foreach (MergeManagerImpl.CompressAwarePath file in onDisk)
{
long fileLength = fs.GetFileStatus(file).GetLen();
onDiskBytes += fileLength;
rawBytes += (file.GetRawDataLength() > 0) ? file.GetRawDataLength() : fileLength;
Log.Debug("Disk file: " + file + " Length is " + fileLength);
diskSegments.AddItem(new Merger.Segment <K, V>(job, fs, file, codec, keepInputs, (
file.ToString().EndsWith(Org.Apache.Hadoop.Mapred.Task.MergedOutputPrefix) ? null
: mergedMapOutputsCounter), file.GetRawDataLength()));
}
Log.Info("Merging " + onDisk.Length + " files, " + onDiskBytes + " bytes from disk"
);
diskSegments.Sort(new _IComparer_786());
// build final list of segments from merged backed by disk + in-mem
IList <Merger.Segment <K, V> > finalSegments = new AList <Merger.Segment <K, V> >();
long inMemBytes = CreateInMemorySegments(inMemoryMapOutputs, finalSegments, 0);
Log.Info("Merging " + finalSegments.Count + " segments, " + inMemBytes + " bytes from memory into reduce"
);
if (0 != onDiskBytes)
{
int numInMemSegments = memDiskSegments.Count;
diskSegments.AddRange(0, memDiskSegments);
memDiskSegments.Clear();
// Pass mergePhase only if there is a going to be intermediate
// merges. See comment where mergePhaseFinished is being set
Progress thisPhase = (mergePhaseFinished) ? null : mergePhase;
RawKeyValueIterator diskMerge = Merger.Merge(job, fs, keyClass, valueClass, codec
, diskSegments, ioSortFactor, numInMemSegments, tmpDir, comparator, reporter, false
, spilledRecordsCounter, null, thisPhase);
diskSegments.Clear();
if (0 == finalSegments.Count)
{
return(diskMerge);
}
finalSegments.AddItem(new Merger.Segment <K, V>(new MergeManagerImpl.RawKVIteratorReader
(this, diskMerge, onDiskBytes), true, rawBytes));
}
return(Merger.Merge(job, fs, keyClass, valueClass, finalSegments, finalSegments.Count
, tmpDir, comparator, reporter, spilledRecordsCounter, null, null));
}
/// <exception cref="Kirikiri.Tjs2.TJSException"></exception>
private void ExportByteCode(BinaryStream output)
{
byte[] filetag = FILE_TAG;
byte[] codetag = new byte[] { (byte)('T'), (byte)('J'), (byte)('S'), (byte)('2') };
byte[] objtag = new byte[] { (byte)('O'), (byte)('B'), (byte)('J'), (byte)('S') };
byte[] datatag = new byte[] { (byte)('D'), (byte)('A'), (byte)('T'), (byte)('A') };
int count = mInterCodeGeneratorList.Count;
AList<ByteBuffer> objarray = new AList<ByteBuffer>(count * 2);
ConstArrayData constarray = new ConstArrayData();
int objsize = 0;
for (int i = 0; i < count; i++)
{
InterCodeGenerator obj = mInterCodeGeneratorList[i];
ByteBuffer buf = obj.ExportByteCode(this, constarray);
objarray.AddItem(buf);
objsize += buf.Capacity() + TAG_SIZE + CHUNK_SIZE_LEN;
}
// tag + size
objsize += TAG_SIZE + CHUNK_SIZE_LEN + 4 + 4;
// OBJS tag + size + toplevel + count
ByteBuffer dataarea = constarray.ExportBuffer();
int datasize = dataarea.Capacity() + TAG_SIZE + CHUNK_SIZE_LEN;
// DATA tag + size
int filesize = objsize + datasize + FILE_TAG_SIZE + CHUNK_SIZE_LEN;
// TJS2 tag + file size
byte[] filesizearray = new byte[] { unchecked((byte)(filesize & unchecked((int)(0xff
)))), unchecked((byte)(((int)(((uint)filesize) >> 8)) & unchecked((int)(0xff))))
, unchecked((byte)(((int)(((uint)filesize) >> 16)) & unchecked((int)(0xff)))), unchecked(
(byte)(((int)(((uint)filesize) >> 24)) & unchecked((int)(0xff)))) };
byte[] datasizearray = new byte[] { unchecked((byte)(datasize & unchecked((int)(0xff
)))), unchecked((byte)(((int)(((uint)datasize) >> 8)) & unchecked((int)(0xff))))
, unchecked((byte)(((int)(((uint)datasize) >> 16)) & unchecked((int)(0xff)))), unchecked(
(byte)(((int)(((uint)datasize) >> 24)) & unchecked((int)(0xff)))) };
byte[] objsizearray = new byte[] { unchecked((byte)(objsize & unchecked((int)(0xff
)))), unchecked((byte)(((int)(((uint)objsize) >> 8)) & unchecked((int)(0xff)))),
unchecked((byte)(((int)(((uint)objsize) >> 16)) & unchecked((int)(0xff)))), unchecked(
(byte)(((int)(((uint)objsize) >> 24)) & unchecked((int)(0xff)))) };
byte[] objcountarray = new byte[] { unchecked((byte)(count & unchecked((int)(0xff
)))), unchecked((byte)(((int)(((uint)count) >> 8)) & unchecked((int)(0xff)))), unchecked(
(byte)(((int)(((uint)count) >> 16)) & unchecked((int)(0xff)))), unchecked((byte)
(((int)(((uint)count) >> 24)) & unchecked((int)(0xff)))) };
int toplevel = -1;
if (mTopLevelGenerator != null)
{
toplevel = GetCodeIndex(mTopLevelGenerator);
}
byte[] toparray = new byte[] { unchecked((byte)(toplevel & unchecked((int)(0xff))
)), unchecked((byte)(((int)(((uint)toplevel) >> 8)) & unchecked((int)(0xff)))),
unchecked((byte)(((int)(((uint)toplevel) >> 16)) & unchecked((int)(0xff)))), unchecked(
(byte)(((int)(((uint)toplevel) >> 24)) & unchecked((int)(0xff)))) };
output.Write(filetag);
output.Write(filesizearray);
output.Write(datatag);
output.Write(datasizearray);
output.Write(dataarea);
output.Write(objtag);
output.Write(objsizearray);
output.Write(toparray);
output.Write(objcountarray);
for (int i_1 = 0; i_1 < count; i_1++)
{
ByteBuffer buf = objarray[i_1];
int size = buf.Capacity();
byte[] bufsizearray = new byte[] { unchecked((byte)(size & unchecked((int)(0xff))
)), unchecked((byte)(((int)(((uint)size) >> 8)) & unchecked((int)(0xff)))), unchecked(
(byte)(((int)(((uint)size) >> 16)) & unchecked((int)(0xff)))), unchecked((byte)(
((int)(((uint)size) >> 24)) & unchecked((int)(0xff)))) };
output.Write(codetag);
output.Write(bufsizearray);
output.Write(buf);
}
output.Close();
output = null;
objarray.Clear();
objarray = null;
constarray = null;
dataarea = null;
}
/// <exception cref="TjsException"></exception>
private void ReadObjects(ScriptBlock block, byte[] buff, int offset, int size)
{
string[] strarray = mStringArray;
ByteBuffer[] bbarray = mByteBufferArray;
double[] dblarray = mDoubleArray;
byte[] barray = mByteArray;
short[] sarray = mShortArray;
int[] iarray = mIntArray;
long[] larray = mLongArray;
int toplevel = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int objcount = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
//Log.v("test","count:"+objcount);
mObjectsCache.Create(objcount);
InterCodeObject[] objs = mObjectsCache.mObjs;
AList <ByteCodeLoader.VariantRepalace> work = mObjectsCache.mWork;
int[] parent = mObjectsCache.mParent;
int[] propSetter = mObjectsCache.mPropSetter;
int[] propGetter = mObjectsCache.mPropGetter;
int[] superClassGetter = mObjectsCache.mSuperClassGetter;
int[][] properties = mObjectsCache.mProperties;
for (int o = 0; o < objcount; o++)
{
int tag = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
if (tag != FILE_TAG_LE)
{
throw new TjsException(Error.ByteCodeBroken);
}
//int objsize = (buff[offset]&0xff) | (buff[offset+1]&0xff) << 8 | (buff[offset+2]&0xff) << 16 | (buff[offset+3]&0xff) << 24;
offset += 4;
parent[o] = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int name = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int contextType = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int maxVariableCount = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1
] & unchecked ((int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) <<
16 | (buff[offset + 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int variableReserveCount = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset
+ 1] & unchecked ((int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff)
)) << 16 | (buff[offset + 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int maxFrameCount = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] &
unchecked ((int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16
| (buff[offset + 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int funcDeclArgCount = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1
] & unchecked ((int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) <<
16 | (buff[offset + 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int funcDeclUnnamedArgArrayBase = (buff[offset] & unchecked ((int)(0xff))) | (buff
[offset + 1] & unchecked ((int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int
)(0xff))) << 16 | (buff[offset + 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int funcDeclCollapseBase = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset
+ 1] & unchecked ((int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff)
)) << 16 | (buff[offset + 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
propSetter[o] = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
propGetter[o] = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
superClassGetter[o] = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1]
& unchecked ((int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) <<
16 | (buff[offset + 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int count = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
LongBuffer srcpos;
// codePos/srcPos は今のところ使ってない、ソート济みなので、longにする必要はないが……
offset += count << 3;
srcpos = null;
count = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked ((
int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
short[] code = new short[count];
for (int i = 0; i < count; i++)
{
code[i] = (short)((buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8);
offset += 2;
}
offset += (count & 1) << 1;
count = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked ((
int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int vcount = count << 1;
if (mVariantTypeData == null || mVariantTypeData.Length < vcount)
{
mVariantTypeData = new short[vcount];
}
short[] data = mVariantTypeData;
for (int i_1 = 0; i_1 < vcount; i_1++)
{
data[i_1] = (short)((buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] &
unchecked ((int)(0xff))) << 8);
offset += 2;
}
Variant[] vdata = new Variant[count];
int datacount = count;
Variant tmp;
for (int i_2 = 0; i_2 < datacount; i_2++)
{
int pos = i_2 << 1;
int type = data[pos];
int index = data[pos + 1];
switch (type)
{
case TYPE_VOID:
{
vdata[i_2] = new Variant();
// null
break;
}
case TYPE_OBJECT:
{
vdata[i_2] = new Variant(null, null);
// null Array Dictionary はまだサポートしていない TODO
break;
}
case TYPE_INTER_OBJECT:
{
tmp = new Variant();
work.AddItem(new ByteCodeLoader.VariantRepalace(tmp, index));
vdata[i_2] = tmp;
break;
}
case TYPE_INTER_GENERATOR:
{
tmp = new Variant();
work.AddItem(new ByteCodeLoader.VariantRepalace(tmp, index));
vdata[i_2] = tmp;
break;
}
case TYPE_STRING:
{
vdata[i_2] = new Variant(strarray[index]);
break;
}
case TYPE_OCTET:
{
vdata[i_2] = new Variant(bbarray[index]);
break;
}
case TYPE_REAL:
{
vdata[i_2] = new Variant(dblarray[index]);
break;
}
case TYPE_BYTE:
{
vdata[i_2] = new Variant(barray[index]);
break;
}
case TYPE_SHORT:
{
vdata[i_2] = new Variant(sarray[index]);
break;
}
case TYPE_INTEGER:
{
vdata[i_2] = new Variant(iarray[index]);
break;
}
case TYPE_LONG:
{
vdata[i_2] = new Variant(larray[index]);
break;
}
case TYPE_UNKNOWN:
default:
{
vdata[i_2] = new Variant();
// null;
break;
}
}
}
count = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked ((
int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
int[] scgetterps = new int[count];
for (int i_3 = 0; i_3 < count; i_3++)
{
scgetterps[i_3] = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
}
// properties
count = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked ((
int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
if (count > 0)
{
int pcount = count << 1;
int[] props = new int[pcount];
for (int i_4 = 0; i_4 < pcount; i_4++)
{
props[i_4] = (buff[offset] & unchecked ((int)(0xff))) | (buff[offset + 1] & unchecked (
(int)(0xff))) << 8 | (buff[offset + 2] & unchecked ((int)(0xff))) << 16 | (buff[offset
+ 3] & unchecked ((int)(0xff))) << 24;
offset += 4;
}
properties[o] = props;
}
//IntVector superpointer = IntVector.wrap( scgetterps );
InterCodeObject obj = new InterCodeObject(block, mStringArray[name], contextType,
code, vdata, maxVariableCount, variableReserveCount, maxFrameCount, funcDeclArgCount
, funcDeclUnnamedArgArrayBase, funcDeclCollapseBase, true, srcpos, scgetterps);
//objs.add(obj);
objs[o] = obj;
}
Variant val = new Variant();
for (int o_1 = 0; o_1 < objcount; o_1++)
{
InterCodeObject parentObj = null;
InterCodeObject propSetterObj = null;
InterCodeObject propGetterObj = null;
InterCodeObject superClassGetterObj = null;
if (parent[o_1] >= 0)
{
parentObj = objs[parent[o_1]];
}
if (propSetter[o_1] >= 0)
{
propSetterObj = objs[propSetter[o_1]];
}
if (propGetter[o_1] >= 0)
{
propGetterObj = objs[propGetter[o_1]];
}
if (superClassGetter[o_1] >= 0)
{
superClassGetterObj = objs[superClassGetter[o_1]];
}
objs[o_1].SetCodeObject(parentObj, propSetterObj, propGetterObj, superClassGetterObj
);
if (properties[o_1] != null)
{
InterCodeObject obj = parentObj;
// objs.get(o).mParent;
int[] prop = properties[o_1];
int length = (int)(((uint)prop.Length) >> 1);
for (int i = 0; i < length; i++)
{
int pos = i << 1;
int pname = prop[pos];
int pobj = prop[pos + 1];
val.Set(objs[pobj]);
obj.PropSet(Interface.MEMBERENSURE | Interface.IGNOREPROP, mStringArray[pname], val
, obj);
}
properties[o_1] = null;
}
}
int count_1 = work.Count;
for (int i_5 = 0; i_5 < count_1; i_5++)
{
ByteCodeLoader.VariantRepalace w = work[i_5];
w.Work.Set(objs[w.Index]);
}
work.Clear();
InterCodeObject top = null;
if (toplevel >= 0)
{
top = objs[toplevel];
}
block.SetObjects(top, objs, objcount);
}
internal virtual void CreateSplits(IDictionary <string, ICollection <CombineFileInputFormat.OneBlockInfo
> > nodeToBlocks, IDictionary <CombineFileInputFormat.OneBlockInfo, string[]> blockToNodes
, IDictionary <string, IList <CombineFileInputFormat.OneBlockInfo> > rackToBlocks,
long totLength, long maxSize, long minSizeNode, long minSizeRack, IList <InputSplit
> splits)
{
AList <CombineFileInputFormat.OneBlockInfo> validBlocks = new AList <CombineFileInputFormat.OneBlockInfo
>();
long curSplitSize = 0;
int totalNodes = nodeToBlocks.Count;
long totalLength = totLength;
Multiset <string> splitsPerNode = HashMultiset.Create();
ICollection <string> completedNodes = new HashSet <string>();
while (true)
{
// it is allowed for maxSize to be 0. Disable smoothing load for such cases
// process all nodes and create splits that are local to a node. Generate
// one split per node iteration, and walk over nodes multiple times to
// distribute the splits across nodes.
for (IEnumerator <KeyValuePair <string, ICollection <CombineFileInputFormat.OneBlockInfo
> > > iter = nodeToBlocks.GetEnumerator(); iter.HasNext();)
{
KeyValuePair <string, ICollection <CombineFileInputFormat.OneBlockInfo> > one = iter
.Next();
string node = one.Key;
// Skip the node if it has previously been marked as completed.
if (completedNodes.Contains(node))
{
continue;
}
ICollection <CombineFileInputFormat.OneBlockInfo> blocksInCurrentNode = one.Value;
// for each block, copy it into validBlocks. Delete it from
// blockToNodes so that the same block does not appear in
// two different splits.
IEnumerator <CombineFileInputFormat.OneBlockInfo> oneBlockIter = blocksInCurrentNode
.GetEnumerator();
while (oneBlockIter.HasNext())
{
CombineFileInputFormat.OneBlockInfo oneblock = oneBlockIter.Next();
// Remove all blocks which may already have been assigned to other
// splits.
if (!blockToNodes.Contains(oneblock))
{
oneBlockIter.Remove();
continue;
}
validBlocks.AddItem(oneblock);
Sharpen.Collections.Remove(blockToNodes, oneblock);
curSplitSize += oneblock.length;
// if the accumulated split size exceeds the maximum, then
// create this split.
if (maxSize != 0 && curSplitSize >= maxSize)
{
// create an input split and add it to the splits array
AddCreatedSplit(splits, Sharpen.Collections.Singleton(node), validBlocks);
totalLength -= curSplitSize;
curSplitSize = 0;
splitsPerNode.AddItem(node);
// Remove entries from blocksInNode so that we don't walk these
// again.
blocksInCurrentNode.RemoveAll(validBlocks);
validBlocks.Clear();
// Done creating a single split for this node. Move on to the next
// node so that splits are distributed across nodes.
break;
}
}
if (validBlocks.Count != 0)
{
// This implies that the last few blocks (or all in case maxSize=0)
// were not part of a split. The node is complete.
// if there were any blocks left over and their combined size is
// larger than minSplitNode, then combine them into one split.
// Otherwise add them back to the unprocessed pool. It is likely
// that they will be combined with other blocks from the
// same rack later on.
// This condition also kicks in when max split size is not set. All
// blocks on a node will be grouped together into a single split.
if (minSizeNode != 0 && curSplitSize >= minSizeNode && splitsPerNode.Count(node)
== 0)
{
// haven't created any split on this machine. so its ok to add a
// smaller one for parallelism. Otherwise group it in the rack for
// balanced size create an input split and add it to the splits
// array
AddCreatedSplit(splits, Sharpen.Collections.Singleton(node), validBlocks);
totalLength -= curSplitSize;
splitsPerNode.AddItem(node);
// Remove entries from blocksInNode so that we don't walk this again.
blocksInCurrentNode.RemoveAll(validBlocks);
}
else
{
// The node is done. This was the last set of blocks for this node.
// Put the unplaced blocks back into the pool for later rack-allocation.
foreach (CombineFileInputFormat.OneBlockInfo oneblock in validBlocks)
{
blockToNodes[oneblock] = oneblock.hosts;
}
}
validBlocks.Clear();
curSplitSize = 0;
completedNodes.AddItem(node);
}
else
{
// No in-flight blocks.
if (blocksInCurrentNode.Count == 0)
{
// Node is done. All blocks were fit into node-local splits.
completedNodes.AddItem(node);
}
}
}
// else Run through the node again.
// Check if node-local assignments are complete.
if (completedNodes.Count == totalNodes || totalLength == 0)
{
// All nodes have been walked over and marked as completed or all blocks
// have been assigned. The rest should be handled via rackLock assignment.
Log.Info("DEBUG: Terminated node allocation with : CompletedNodes: " + completedNodes
.Count + ", size left: " + totalLength);
break;
}
}
// if blocks in a rack are below the specified minimum size, then keep them
// in 'overflow'. After the processing of all racks is complete, these
// overflow blocks will be combined into splits.
AList <CombineFileInputFormat.OneBlockInfo> overflowBlocks = new AList <CombineFileInputFormat.OneBlockInfo
>();
ICollection <string> racks = new HashSet <string>();
// Process all racks over and over again until there is no more work to do.
while (blockToNodes.Count > 0)
{
// Create one split for this rack before moving over to the next rack.
// Come back to this rack after creating a single split for each of the
// remaining racks.
// Process one rack location at a time, Combine all possible blocks that
// reside on this rack as one split. (constrained by minimum and maximum
// split size).
// iterate over all racks
for (IEnumerator <KeyValuePair <string, IList <CombineFileInputFormat.OneBlockInfo> >
> iter = rackToBlocks.GetEnumerator(); iter.HasNext();)
{
KeyValuePair <string, IList <CombineFileInputFormat.OneBlockInfo> > one = iter.Next(
);
racks.AddItem(one.Key);
IList <CombineFileInputFormat.OneBlockInfo> blocks = one.Value;
// for each block, copy it into validBlocks. Delete it from
// blockToNodes so that the same block does not appear in
// two different splits.
bool createdSplit = false;
foreach (CombineFileInputFormat.OneBlockInfo oneblock in blocks)
{
if (blockToNodes.Contains(oneblock))
{
validBlocks.AddItem(oneblock);
Sharpen.Collections.Remove(blockToNodes, oneblock);
curSplitSize += oneblock.length;
// if the accumulated split size exceeds the maximum, then
// create this split.
if (maxSize != 0 && curSplitSize >= maxSize)
{
// create an input split and add it to the splits array
AddCreatedSplit(splits, GetHosts(racks), validBlocks);
createdSplit = true;
break;
}
}
}
// if we created a split, then just go to the next rack
if (createdSplit)
{
curSplitSize = 0;
validBlocks.Clear();
racks.Clear();
continue;
}
if (!validBlocks.IsEmpty())
{
if (minSizeRack != 0 && curSplitSize >= minSizeRack)
{
// if there is a minimum size specified, then create a single split
// otherwise, store these blocks into overflow data structure
AddCreatedSplit(splits, GetHosts(racks), validBlocks);
}
else
{
// There were a few blocks in this rack that
// remained to be processed. Keep them in 'overflow' block list.
// These will be combined later.
Sharpen.Collections.AddAll(overflowBlocks, validBlocks);
}
}
curSplitSize = 0;
validBlocks.Clear();
racks.Clear();
}
}
System.Diagnostics.Debug.Assert(blockToNodes.IsEmpty());
System.Diagnostics.Debug.Assert(curSplitSize == 0);
System.Diagnostics.Debug.Assert(validBlocks.IsEmpty());
System.Diagnostics.Debug.Assert(racks.IsEmpty());
// Process all overflow blocks
foreach (CombineFileInputFormat.OneBlockInfo oneblock_1 in overflowBlocks)
{
validBlocks.AddItem(oneblock_1);
curSplitSize += oneblock_1.length;
// This might cause an exiting rack location to be re-added,
// but it should be ok.
for (int i = 0; i < oneblock_1.racks.Length; i++)
{
racks.AddItem(oneblock_1.racks[i]);
}
// if the accumulated split size exceeds the maximum, then
// create this split.
if (maxSize != 0 && curSplitSize >= maxSize)
{
// create an input split and add it to the splits array
AddCreatedSplit(splits, GetHosts(racks), validBlocks);
curSplitSize = 0;
validBlocks.Clear();
racks.Clear();
}
}
// Process any remaining blocks, if any.
if (!validBlocks.IsEmpty())
{
AddCreatedSplit(splits, GetHosts(racks), validBlocks);
}
}
private void KillBasedOnProgress(bool considerMaps)
{
bool fail = false;
if (considerMaps)
{
ReliabilityTest.Log.Info("Will kill tasks based on Maps' progress");
}
else
{
ReliabilityTest.Log.Info("Will kill tasks based on Reduces' progress");
}
ReliabilityTest.Log.Info("Initial progress threshold: " + this.threshold + ". Threshold Multiplier: "
+ this.thresholdMultiplier + ". Number of iterations: " + this.numIterations);
float thresholdVal = this.threshold;
int numIterationsDone = 0;
while (!this.killed)
{
try
{
float progress;
if (this.jc.GetJob(this.rJob.GetID()).IsComplete() || numIterationsDone == this.numIterations)
{
break;
}
if (considerMaps)
{
progress = this.jc.GetJob(this.rJob.GetID()).MapProgress();
}
else
{
progress = this.jc.GetJob(this.rJob.GetID()).ReduceProgress();
}
if (progress >= thresholdVal)
{
numIterationsDone++;
if (numIterationsDone > 0 && numIterationsDone % 2 == 0)
{
fail = true;
}
//fail tasks instead of kill
ClusterStatus c = this.jc.GetClusterStatus();
ReliabilityTest.Log.Info(new DateTime() + " Killing a few tasks");
ICollection <TaskAttemptID> runningTasks = new AList <TaskAttemptID>();
TaskReport[] mapReports = this.jc.GetMapTaskReports(this.rJob.GetID());
foreach (TaskReport mapReport in mapReports)
{
if (mapReport.GetCurrentStatus() == TIPStatus.Running)
{
Sharpen.Collections.AddAll(runningTasks, mapReport.GetRunningTaskAttempts());
}
}
if (runningTasks.Count > c.GetTaskTrackers() / 2)
{
int count = 0;
foreach (TaskAttemptID t in runningTasks)
{
ReliabilityTest.Log.Info(new DateTime() + " Killed task : " + t);
this.rJob.KillTask(t, fail);
if (count++ > runningTasks.Count / 2)
{
//kill 50%
break;
}
}
}
runningTasks.Clear();
TaskReport[] reduceReports = this.jc.GetReduceTaskReports(this.rJob.GetID());
foreach (TaskReport reduceReport in reduceReports)
{
if (reduceReport.GetCurrentStatus() == TIPStatus.Running)
{
Sharpen.Collections.AddAll(runningTasks, reduceReport.GetRunningTaskAttempts());
}
}
if (runningTasks.Count > c.GetTaskTrackers() / 2)
{
int count = 0;
foreach (TaskAttemptID t in runningTasks)
{
ReliabilityTest.Log.Info(new DateTime() + " Killed task : " + t);
this.rJob.KillTask(t, fail);
if (count++ > runningTasks.Count / 2)
{
//kill 50%
break;
}
}
}
thresholdVal = thresholdVal * this.thresholdMultiplier;
}
Sharpen.Thread.Sleep(5000);
}
catch (Exception)
{
this.killed = true;
}
catch (Exception e)
{
ReliabilityTest.Log.Fatal(StringUtils.StringifyException(e));
}
}
}
/// <exception cref="System.IO.IOException"></exception>
private IDictionary <string, OpenSshConfig.Host> Parse(InputStream @in)
{
IDictionary <string, OpenSshConfig.Host> m = new LinkedHashMap <string, OpenSshConfig.Host
>();
BufferedReader br = new BufferedReader(new InputStreamReader(@in));
IList <OpenSshConfig.Host> current = new AList <OpenSshConfig.Host>(4);
string line;
while ((line = br.ReadLine()) != null)
{
line = line.Trim();
if (line.Length == 0 || line.StartsWith("#"))
{
continue;
}
string[] parts = line.Split("[ \t]*[= \t]", 2);
string keyword = parts[0].Trim();
string argValue = parts[1].Trim();
if (StringUtils.EqualsIgnoreCase("Host", keyword))
{
current.Clear();
foreach (string pattern in argValue.Split("[ \t]"))
{
string name = Dequote(pattern);
OpenSshConfig.Host c = m.Get(name);
if (c == null)
{
c = new OpenSshConfig.Host();
m.Put(name, c);
}
current.AddItem(c);
}
continue;
}
if (current.IsEmpty())
{
// We received an option outside of a Host block. We
// don't know who this should match against, so skip.
//
continue;
}
if (StringUtils.EqualsIgnoreCase("HostName", keyword))
{
foreach (OpenSshConfig.Host c in current)
{
if (c.hostName == null)
{
c.hostName = Dequote(argValue);
}
}
}
else
{
if (StringUtils.EqualsIgnoreCase("User", keyword))
{
foreach (OpenSshConfig.Host c in current)
{
if (c.user == null)
{
c.user = Dequote(argValue);
}
}
}
else
{
if (StringUtils.EqualsIgnoreCase("Port", keyword))
{
try
{
int port = System.Convert.ToInt32(Dequote(argValue));
foreach (OpenSshConfig.Host c in current)
{
if (c.port == 0)
{
c.port = port;
}
}
}
catch (FormatException)
{
}
}
else
{
// Bad port number. Don't set it.
if (StringUtils.EqualsIgnoreCase("IdentityFile", keyword))
{
foreach (OpenSshConfig.Host c in current)
{
if (c.identityFile == null)
{
c.identityFile = ToFile(Dequote(argValue));
}
}
}
else
{
if (StringUtils.EqualsIgnoreCase("PreferredAuthentications", keyword))
{
foreach (OpenSshConfig.Host c in current)
{
if (c.preferredAuthentications == null)
{
c.preferredAuthentications = Nows(Dequote(argValue));
}
}
}
else
{
if (StringUtils.EqualsIgnoreCase("BatchMode", keyword))
{
foreach (OpenSshConfig.Host c in current)
{
if (c.batchMode == null)
{
c.batchMode = Yesno(Dequote(argValue));
}
}
}
else
{
if (StringUtils.EqualsIgnoreCase("StrictHostKeyChecking", keyword))
{
string value = Dequote(argValue);
foreach (OpenSshConfig.Host c in current)
{
if (c.strictHostKeyChecking == null)
{
c.strictHostKeyChecking = value;
}
}
}
}
}
}
}
}
}
}
return(m);
}
/// <summary>Execute this checkout</summary>
/// <returns>
/// <code>false</code> if this method could not delete all the files
/// which should be deleted (e.g. because of of the files was
/// locked). In this case
/// <see cref="GetToBeDeleted()">GetToBeDeleted()</see>
/// lists the files
/// which should be tried to be deleted outside of this method.
/// Although <code>false</code> is returned the checkout was
/// successful and the working tree was updated for all other files.
/// <code>true</code> is returned when no such problem occurred
/// </returns>
/// <exception cref="System.IO.IOException">System.IO.IOException</exception>
public virtual bool Checkout()
{
toBeDeleted.Clear();
if (headCommitTree != null)
{
PreScanTwoTrees();
}
else
{
PrescanOneTree();
}
if (!conflicts.IsEmpty())
{
if (failOnConflict)
{
dc.Unlock();
throw new NGit.Errors.CheckoutConflictException(Sharpen.Collections.ToArray(conflicts
, new string[conflicts.Count]));
}
else
{
CleanUpConflicts();
}
}
// update our index
builder.Finish();
FilePath file = null;
string last = string.Empty;
// when deleting files process them in the opposite order as they have
// been reported. This ensures the files are deleted before we delete
// their parent folders
for (int i = removed.Count - 1; i >= 0; i--)
{
string r = removed[i];
file = new FilePath(repo.WorkTree, r);
if (!file.Delete() && file.Exists())
{
toBeDeleted.AddItem(r);
}
else
{
if (!IsSamePrefix(r, last))
{
RemoveEmptyParents(file);
}
last = r;
}
}
if (file != null)
{
RemoveEmptyParents(file);
}
foreach (string path in updated.Keys)
{
// ... create/overwrite this file ...
file = new FilePath(repo.WorkTree, path);
if (!file.GetParentFile().Mkdirs())
{
}
// ignore
DirCacheEntry entry = dc.GetEntry(path);
// submodules are handled with separate operations
if (FileMode.GITLINK.Equals(entry.RawMode))
{
continue;
}
CheckoutEntry(repo, file, entry);
}
// commit the index builder - a new index is persisted
if (!builder.Commit())
{
dc.Unlock();
throw new IndexWriteException();
}
return(toBeDeleted.Count == 0);
}