public void SectorCollectionConstructorTest()
{
SectorCollection target = new SectorCollection();
Assert.IsNotNull(target);
Assert.IsTrue(target.Count == 0);
Sector s = new Sector(4096);
target.Add(s);
Assert.IsTrue(target.Count == 1);
}
public void AssignSectorTest()
{
var range = new SectorRange(1000, 2000);
var sector = CreateMock <ISector>();
var collection = new SectorCollection();
collection.AssignSector(range, sector);
var sectors = collection.EnumerateSectors().ToList();
AssertEquals(1, sectors.Count);
AssertEquals(sector, sectors[0]);
VerifyNoMoreInteractions();
}
public void AddTest()
{
SectorCollection target = new SectorCollection();
for (int i = 0; i < 579; i++)
{
target.Add(null);
}
Sector item = new Sector(4096);
target.Add(item);
Assert.IsTrue(target.Count == 580);
}
/// <summary>
/// Builds a directory entry and populates its correct type, children and siblings.
/// </summary>
/// <param name="entry">The directory sector entry.</param>
/// <param name="entries">The current entries.</param>
/// <param name="sectors">The data sectors.</param>
/// <param name="fat">The FAT.</param>
/// <returns>The correct DirectoryEntry object.</returns>
public static DirectoryEntry CreateEntry(DirectorySectorEntry entry,
DirectorySectorEntryCollection entries,
SectorCollection sectors,
Sect[] fat)
{
DirectoryEntry newEntry = null;
switch (entry.Type)
{
case Stgty.Storage:
newEntry = new StorageEntry(entry.Name);
break;
case Stgty.Stream:
newEntry = new StreamEntry(entry.Name, entry.Size, entry.SectStart, sectors, fat);
break;
default:
newEntry = new GenericDirectoryEntry(entry.Name, entry.Type);
break;
}
if (!entry.LeftSibling.IsEof)
{
newEntry.LeftSibling = CreateEntry(entries[entry.LeftSibling],
entries,
sectors,
fat);
}
if (!entry.RightSibling.IsEof)
{
newEntry.RightSibling = CreateEntry(entries[entry.RightSibling],
entries,
sectors,
fat);
}
if (!entry.Child.IsEof)
{
newEntry.Child = CreateEntry(entries[entry.Child],
entries,
sectors,
fat);
}
return(newEntry);
}
public void DeletePastEndDoesNothingTest()
{
var initialRange = new SectorRange(0, 1000);
var initialSector = CreateMock <ISector>();
var collection = new SectorCollection(initialRange.PairValue(initialSector).Wrap());
collection.DeleteRange(new SectorRange(1000, 2000));
var pairs = collection.EnumerateSectorPairs();
AssertEquals(1, pairs.Count);
AssertEquals(0, pairs[0].Key.startInclusive);
AssertEquals(1000, pairs[0].Key.endExclusive);
AssertEquals(initialSector, pairs[0].Value);
VerifyNoMoreInteractions();
}
public void AssignToSectorEndTest()
{
var firstRange = new SectorRange(0, 1000);
var secondRange = new SectorRange(1000, 2000);
var firstSector = CreateMock <ISector>();
var secondSector = CreateMock <ISector>();
var collection = new SectorCollection();
collection.AssignSector(firstRange, firstSector);
collection.AssignSector(secondRange, secondSector);
var sectorPairs = collection.EnumerateSectorPairs().ToList();
AssertEquals(2, sectorPairs.Count);
AssertEquals(new SectorRange(0, 1000), sectorPairs[0].Key);
AssertEquals(firstSector, sectorPairs[0].Value);
AssertEquals(new SectorRange(1000, 2000), sectorPairs[1].Key);
AssertEquals(secondSector, sectorPairs[1].Value);
VerifyNoMoreInteractions();
}
public void CountTest()
{
int count = 0;
SectorCollection target = new SectorCollection(); // TODO: Initialize to an appropriate value
int actual;
actual = target.Count;
Assert.IsTrue(actual == count);
Sector s = new Sector(4096);
target.Add(s);
Assert.IsTrue(target.Count == actual + 1);
for (int i = 0; i < 5000; i++)
target.Add(s);
Assert.IsTrue(target.Count == actual + 1 + 5000);
}
public void ItemTest()
{
int count = 37;
SectorCollection target = new SectorCollection();
int index = 0;
Sector expected = new Sector(4096);
target.Add(null);
Sector actual;
target[index] = expected;
actual = target[index];
Assert.AreEqual(expected, actual);
Assert.IsNotNull(actual);
Assert.IsTrue(actual.Id == expected.Id);
actual = null;
try
{
actual = target[count + 100];
}
catch (Exception ex)
{
Assert.IsTrue(ex is CFException);
}
try
{
actual = target[-1];
}
catch (Exception ex)
{
Assert.IsTrue(ex is CFException);
}
}
/// <summary>
/// Builds a directory entry and populates its correct type, children and siblings.
/// </summary>
/// <param name="entry">The directory sector entry.</param>
/// <param name="entries">The current entries.</param>
/// <param name="sectors">The data sectors.</param>
/// <param name="fat">The FAT.</param>
/// <returns>The correct DirectoryEntry object.</returns>
public static DirectoryEntry CreateEntry(DirectorySectorEntry entry,
DirectorySectorEntryCollection entries,
SectorCollection sectors,
Sect[] fat)
{
DirectoryEntry newEntry = null;
switch(entry.Type)
{
case Stgty.Storage :
newEntry = new StorageEntry(entry.Name);
break;
case Stgty.Stream :
newEntry = new StreamEntry(entry.Name, entry.Size, entry.SectStart, sectors, fat);
break;
default:
newEntry = new GenericDirectoryEntry(entry.Name, entry.Type);
break;
}
if(!entry.LeftSibling.IsEof)
newEntry.LeftSibling = CreateEntry(entries[entry.LeftSibling],
entries,
sectors,
fat);
if(!entry.RightSibling.IsEof)
newEntry.RightSibling = CreateEntry(entries[entry.RightSibling],
entries,
sectors,
fat);
if(!entry.Child.IsEof)
newEntry.Child = CreateEntry(entries[entry.Child],
entries,
sectors,
fat);
return newEntry;
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="name">The entry Name.</param>
/// <param name="length">The stream length.</param>
/// <param name="dataOffset">Data offset.</param>
/// <param name="sectors">The sectors.</param>
/// <param name="fat">The FAT.</param>
public StreamEntry(string name, long length, Sect dataOffset, SectorCollection sectors, Sect[] fat) : base(name)
{
_length = length;
_data = new byte[length];
if(!dataOffset.IsEndOfChain)
{
int left = (int)length;
MemoryStream stream = new MemoryStream(_data);
Sect sect = dataOffset;
do
{
try
{
StorageSector sector = (StorageSector)sectors[sect];
int toWrite = Math.Min(sector.Data.Length, left);
Debug.Assert(toWrite <= 512);
stream.Write(sector.Data, 0, toWrite);
left -= toWrite;
sect = fat[sect.ToInt()];
}
catch(Exception err)
{
Debug.WriteLine("Stream name is " + name);
Debug.WriteLine(err.Message);
Debug.WriteLine(err.StackTrace);
return;
}
} while(!sect.IsEndOfChain);
Debug.Assert(left == 0);
Debug.Assert(stream.Length == stream.Position);
}
}
public void CountTest()
{
int count = 0;
SectorCollection target = new SectorCollection(); // TODO: Initialize to an appropriate value
int actual;
actual = target.Count;
Assert.IsTrue(actual == count);
Sector s = new Sector(4096);
target.Add(s);
Assert.IsTrue(target.Count == actual + 1);
for (int i = 0; i < 5000; i++)
{
target.Add(s);
}
Assert.IsTrue(target.Count == actual + 1 + 5000);
}
public void DeleteRangeTest()
{
var initialRange = new SectorRange(0, 1000);
var initialSector = CreateMock <ISector>();
var chopRange = new SectorRange(250, 750);
var leftSector = CreateMock <ISector>();
var leftRange = new SectorRange(0, 250);
var rightSector = CreateMock <ISector>();
var rightRange = new SectorRange(750, 1000);
var leftAndRightRange = new[] { leftRange, rightRange };
var leftAndRightSectors = new[] { leftSector, rightSector };
var leftAndRightRangeAndSectors = new[] { leftRange.PairValue(leftSector), rightRange.PairValue(rightSector) };
When(initialSector.Segment(Eq(initialRange), EqSequence(leftAndRightRange))).ThenReturn(leftAndRightRangeAndSectors);
var collection = new SectorCollection(new KeyValuePair <SectorRange, ISector>(initialRange, initialSector).Wrap());
collection.DeleteRange(chopRange);
Verify(initialSector).Segment(Eq(initialRange), Any <IEnumerable <SectorRange> >(x => x.SequenceEqual(leftAndRightRange)));
VerifyNoMoreInteractions();
AssertTrue(leftAndRightSectors.SequenceEqual(collection.EnumerateSectors()));
}
public void GetEnumeratorTest()
{
SectorCollection target = new SectorCollection();
for (int i = 0; i < 579; i++)
{
target.Add(null);
}
Sector item = new Sector(4096);
target.Add(item);
Assert.IsTrue(target.Count == 580);
int cnt = 0;
foreach (Sector s in target)
{
cnt++;
}
Assert.IsTrue(cnt == target.Count);
}
public void SectorCollectionConstructorTest()
{
SectorCollection target = new SectorCollection();
Assert.IsNotNull(target);
Assert.IsTrue(target.Count == 0);
Sector s = new Sector(4096);
target.Add(s);
Assert.IsTrue(target.Count == 1);
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="entries">The directory sector entries.</param>
/// <param name="sectors">All the sectors.</param>
/// <param name="fat">The FAT.</param>
public Directory(DirectorySectorEntryCollection entries, SectorCollection sectors, Sect[] fat)
{
_root = DirectoryEntryFactory.CreateEntry(entries[Sid.ZERO], entries, sectors, fat);
}
private void Init(Stream stream)
{
// stream size sanity checker
// compound files are always blocks of 512 bytes
Debug.Assert((stream.Length % 512) == 0);
// read in the first sector
StorageSector sector = new StorageSector(stream);
// interpret sector as header sector
HeaderSector header = new HeaderSector(sector.GetStream());
// read in all remaining sectors
SectorCollection sectors = new SectorCollection((int)(stream.Length / Constants.SECTOR_SIZE));
while(stream.Position != stream.Length)
{
sector = new StorageSector(stream);
sectors.Add(sector);
}
// build the fat index
List<Sect> index = new List<Sect>((int)(Constants.MAX_SECT * header.SectFatCount));
// read first 109 fat entries
for(int i = 0; i < header.SectFat.Length; ++i)
{
Sect fatSect = header.SectFat[i];
if(!fatSect.IsFree)
{
FatSector fat = new FatSector(((StorageSector)sectors[fatSect]).GetStream());
index.AddRange(fat.SectFat);
sectors[fatSect] = fat;
}
}
// read remaining fat entries
int difCount;
Sect difIndex;
for(difIndex = header.SectDifStart, difCount = 0;
!difIndex.IsEndOfChain && difCount < header.SectDifCount;
++difCount)
{
DifSector dif = new DifSector(((StorageSector)sectors[difIndex]).GetStream());
sectors[difIndex] = dif;
for(int i = 0; i < dif.SectFat.Length; ++i)
{
Sect fatSect = dif.SectFat[i];
if(!fatSect.IsFree)
{
FatSector fat = new FatSector(((StorageSector)sectors[fatSect]).GetStream());
index.AddRange(fat.SectFat);
sectors[fatSect] = fat;
}
}
difIndex = dif.NextDif;
}
Debug.Assert(difCount == header.SectDifCount);
// read in mini fat sectors
Debug.Assert(index.Count == (header.SectFatCount * Constants.MAX_SECT));
Debug.Assert(index.Capacity == index.Count);
Sect[] fatSects = index.ToArray();
Sect miniFatSect;
int miniFatCount;
for(miniFatSect = header.SectMiniFatStart, miniFatCount = 0;
!miniFatSect.IsEndOfChain && miniFatCount < header.SectMiniFatCount;
miniFatSect = fatSects[miniFatSect.ToInt()], ++miniFatCount)
{
MiniFatSector miniFat = new MiniFatSector(((StorageSector)sectors[miniFatSect]).GetStream());
sectors[miniFatSect] = miniFat;
}
Debug.Assert(miniFatCount == header.SectMiniFatCount);
// read in directory sectors
DirectorySectorEntryCollection dirs = new DirectorySectorEntryCollection();
for(Sect dirSect = header.SectDirStart;
!dirSect.IsEndOfChain;
dirSect = fatSects[dirSect.ToInt()])
{
DirectorySector dir = new DirectorySector(((StorageSector)sectors[dirSect]).GetStream());
foreach(DirectorySectorEntry entry in dir.Entries)
dirs.Add(entry);
sectors[dirSect] = dir;
}
_directory = new Directory(dirs, sectors, fatSects);
}
public void ItemTest()
{
int count = 37;
SectorCollection target = new SectorCollection();
int index = 0;
Sector expected = new Sector(4096);
target.Add(null);
Sector actual;
target[index] = expected;
actual = target[index];
Assert.AreEqual(expected, actual);
Assert.IsNotNull(actual);
Assert.IsTrue(actual.Id == expected.Id);
actual = null;
try
{
actual = target[count + 100];
}
catch (Exception ex)
{
Assert.IsTrue(ex is ArgumentOutOfRangeException);
}
try
{
actual = target[-1];
}
catch (Exception ex)
{
Assert.IsTrue(ex is ArgumentOutOfRangeException);
}
}
private void Init(Stream stream)
{
// stream size sanity checker
// compound files are always blocks of 512 bytes
Debug.Assert((stream.Length % 512) == 0);
// read in the first sector
StorageSector sector = new StorageSector(stream);
// interpret sector as header sector
HeaderSector header = new HeaderSector(sector.GetStream());
// read in all remaining sectors
SectorCollection sectors = new SectorCollection((int)(stream.Length / Constants.SECTOR_SIZE));
while (stream.Position != stream.Length)
{
sector = new StorageSector(stream);
sectors.Add(sector);
}
// build the fat index
List <Sect> index = new List <Sect>((int)(Constants.MAX_SECT * header.SectFatCount));
// read first 109 fat entries
for (int i = 0; i < header.SectFat.Length; ++i)
{
Sect fatSect = header.SectFat[i];
if (!fatSect.IsFree)
{
FatSector fat = new FatSector(((StorageSector)sectors[fatSect]).GetStream());
index.AddRange(fat.SectFat);
sectors[fatSect] = fat;
}
}
// read remaining fat entries
int difCount;
Sect difIndex;
for (difIndex = header.SectDifStart, difCount = 0;
!difIndex.IsEndOfChain && difCount < header.SectDifCount;
++difCount)
{
DifSector dif = new DifSector(((StorageSector)sectors[difIndex]).GetStream());
sectors[difIndex] = dif;
for (int i = 0; i < dif.SectFat.Length; ++i)
{
Sect fatSect = dif.SectFat[i];
if (!fatSect.IsFree)
{
FatSector fat = new FatSector(((StorageSector)sectors[fatSect]).GetStream());
index.AddRange(fat.SectFat);
sectors[fatSect] = fat;
}
}
difIndex = dif.NextDif;
}
Debug.Assert(difCount == header.SectDifCount);
// read in mini fat sectors
Debug.Assert(index.Count == (header.SectFatCount * Constants.MAX_SECT));
Debug.Assert(index.Capacity == index.Count);
Sect[] fatSects = index.ToArray();
Sect miniFatSect;
int miniFatCount;
for (miniFatSect = header.SectMiniFatStart, miniFatCount = 0;
!miniFatSect.IsEndOfChain && miniFatCount < header.SectMiniFatCount;
miniFatSect = fatSects[miniFatSect.ToInt()], ++miniFatCount)
{
MiniFatSector miniFat = new MiniFatSector(((StorageSector)sectors[miniFatSect]).GetStream());
sectors[miniFatSect] = miniFat;
}
Debug.Assert(miniFatCount == header.SectMiniFatCount);
// read in directory sectors
DirectorySectorEntryCollection dirs = new DirectorySectorEntryCollection();
for (Sect dirSect = header.SectDirStart;
!dirSect.IsEndOfChain;
dirSect = fatSects[dirSect.ToInt()])
{
DirectorySector dir = new DirectorySector(((StorageSector)sectors[dirSect]).GetStream());
foreach (DirectorySectorEntry entry in dir.Entries)
{
dirs.Add(entry);
}
sectors[dirSect] = dir;
}
_directory = new Directory(dirs, sectors, fatSects);
}
public CommandList LinkGameModifications(IReadOnlyList <Modification> modifications)
{
var archiveLoader = new RiotArchiveLoader(leagueConfiguration.RadsPath);
Dictionary <uint, List <KeyValuePair <RiotArchive, SectorCollection> > > archivePairsById = new Dictionary <uint, List <KeyValuePair <RiotArchive, SectorCollection> > >();
var riotSolution = riotSolutionLoader.Load(leagueConfiguration.RadsPath, RiotProjectType.GameClient);
var gameProject = riotSolution.ProjectsByType[RiotProjectType.GameClient];
var gameManifest = gameProject.ReleaseManifest;
foreach (var modification in modifications)
{
var resolutionTableComponent = modification.GetComponent <LeagueResolutionTableComponent>();
var resolutionTable = resolutionTableComponent.Table;
var contentPath = Path.Combine(modification.RepositoryPath, "content");
var contentDirectory = fileSystemProxy.GetDirectoryInfo(contentPath);
var contentFiles = contentDirectory.EnumerateFiles("*", SearchOption.AllDirectories);
var contentRelativePaths = contentFiles.Select(f => f.FullName.Substring(contentPath.Length + 1));
var objectsPath = Path.Combine(modification.RepositoryPath, "objects");
foreach (var contentRelativePath in contentRelativePaths)
{
LeagueResolutionTableValue resolutionTableValue;
if (!resolutionTable.TryGetValue(contentRelativePath, out resolutionTableValue))
{
logger?.Warn($"Not linking {contentRelativePath}: resolution table lookup failed");
continue;
}
if (resolutionTableValue.Target != LeagueModificationTarget.Game)
{
logger?.Warn($"Not linking {contentRelativePath}: does not target game client.");
continue;
}
var manifestEntry = gameManifest.Root.GetRelativeOrNull <ReleaseManifestFileEntry>(resolutionTableValue.ResolvedPath);
if (manifestEntry == null)
{
logger?.Warn($"Not linking {contentRelativePath}: could not find {resolutionTableValue.ResolvedPath} in manifest.");
continue;
}
List <KeyValuePair <RiotArchive, SectorCollection> > archivePairs;
if (!archivePairsById.TryGetValue(manifestEntry.ArchiveId, out archivePairs))
{
archivePairs = new List <KeyValuePair <RiotArchive, SectorCollection> >();
IReadOnlyList <RiotArchive> archives;
if (!archiveLoader.TryLoadArchives(manifestEntry.ArchiveId, out archives))
{
logger?.Error($"Not linking {contentRelativePath}: could not load archives for {manifestEntry.ArchiveId}!");
continue;
}
archives.ForEach(archive => {
var datLength = new FileInfo(archive.DatFilePath).Length;
SectorCollection sectorCollection = new SectorCollection();
sectorCollection.AssignSector(new SectorRange(0, datLength), new FileSector(archive.DatFilePath, 0, datLength));
archivePairs.Add(archive.PairValue(sectorCollection));
});
archivePairsById.Add(manifestEntry.ArchiveId, archivePairs);
}
var rafPath = RAFUtil.FormatPathToRAFPath(resolutionTableValue.ResolvedPath);
RAFFileListEntry rafEntry = null;
SectorCollection sectors = null;
foreach (var archivePair in archivePairs)
{
rafEntry = archivePair.Key.GetDirectoryFile().GetFileList().GetFileEntryOrNull(rafPath);
if (rafEntry != null)
{
sectors = archivePair.Value;
break;
}
}
if (rafEntry == null)
{
logger?.Warn($"Not linking {contentRelativePath}: could not find {resolutionTableValue.ResolvedPath} in {manifestEntry.ArchiveId} archives.");
continue;
}
var vfmEndOffset = sectors.EnumerateSectorPairs().Last().Key.endExclusive;
sectors.DeleteRange(rafEntry.FileOffset, rafEntry.FileOffset + rafEntry.FileSize);
var objectsFilePath = Path.Combine(objectsPath, contentRelativePath);
var objectsFileLength = new FileInfo(objectsFilePath).Length;
rafEntry.FileOffset = (uint)vfmEndOffset;
rafEntry.FileSize = (uint)objectsFileLength;
sectors.AssignSector(new SectorRange(vfmEndOffset, vfmEndOffset + objectsFileLength), new FileSector(objectsFilePath, 0, objectsFileLength));
var originalFileLength = new FileInfo(Path.Combine(contentPath, contentRelativePath)).Length;
manifestEntry.CompressedSize = (uint)objectsFileLength;
manifestEntry.DecompressedSize = (uint)originalFileLength;
logger?.Warn("Successfully linked " + resolutionTableValue.ResolvedPath + " in archive " + manifestEntry.ArchiveId + ".");
}
}
var commandList = new DefaultCommandList();
var versionStringUtilities = new VersionStringUtilities();
var tempDir = temporaryFileService.AllocateTemporaryDirectory(TimeSpan.FromMinutes(1));
logger?.Info("Allocated temporary directory " + tempDir);
foreach (var archivePair in archivePairsById)
{
string versionString = versionStringUtilities.GetVersionString(archivePair.Key);
foreach (var archiveData in archivePair.Value)
{
// Get archive name (e.g. archive_2.raf or archive_12930813.raf)
string archiveFileName = archiveData.Key.RAFFilePath.With(x => x.Substring(x.LastIndexOfAny(new[] { '/', '\\' }) + 1));
// Serialize the VFM
var vfmSerializer = new SectorCollectionSerializer();
var vfmFileName = versionString + "/" + archiveFileName + ".dat.vfm";
var vfmPath = temporaryFileService.AllocateTemporaryFile(tempDir, vfmFileName);
using (var vfmFileStream = File.Open(vfmPath, FileMode.Create, FileAccess.Write, FileShare.None))
using (var writer = new BinaryWriter(vfmFileStream)) {
vfmSerializer.Serialize(archiveData.Value, writer);
commandList.Add(commandFactory.CreateFileRemappingCommand(archiveData.Key.DatFilePath, vfmFileStream.Name));
}
logger?.Info("Wrote VFM " + vfmFileName + " to " + tempDir);
// Serialize the RAF
var rafFileName = versionString + "/" + archiveFileName;
var rafPath = temporaryFileService.AllocateTemporaryFile(tempDir, rafFileName);
using (var rafFileStream = File.Open(rafPath, FileMode.Create, FileAccess.Write, FileShare.None))
using (var writer = new BinaryWriter(rafFileStream)) {
writer.Write(archiveData.Key.GetDirectoryFile().GetBytes());
commandList.Add(commandFactory.CreateFileRedirectionCommand(archiveData.Key.RAFFilePath, rafFileStream.Name));
}
logger?.Info("Wrote RAF " + rafFileName + " to " + tempDir);
}
}
// Serialize the Release Manifest
var manifestPath = temporaryFileService.AllocateTemporaryFile(tempDir, "releasemanifest");
using (var manifestFileStream = File.Open(manifestPath, FileMode.Create, FileAccess.Write, FileShare.None))
using (var writer = new BinaryWriter(manifestFileStream)) {
new ReleaseManifestWriter(gameManifest).Save(writer);
commandList.Add(commandFactory.CreateFileRedirectionCommand(gameManifest.Path, manifestFileStream.Name));
}
logger?.Info("Wrote release manifest to " + tempDir);
return(commandList);
}
public void GetEnumeratorTest()
{
SectorCollection target = new SectorCollection();
for (int i = 0; i < 579; i++)
{
target.Add(null);
}
Sector item = new Sector(4096);
target.Add(item);
Assert.IsTrue(target.Count == 580);
int cnt = 0;
foreach (Sector s in target)
{
cnt++;
}
Assert.IsTrue(cnt == target.Count);
}
public void AddTest()
{
SectorCollection target = new SectorCollection();
for (int i = 0; i < 579; i++)
{
target.Add(null);
}
Sector item = new Sector(4096);
target.Add(item);
Assert.IsTrue(target.Count == 580);
}
/// <summary>
/// When called from user code, release all resources, otherwise, in the case runtime called it,
/// only unmanagd resources are released.
/// </summary>
/// <param name="disposing">If true, method has been called from User code, if false it's been called from .net runtime</param>
protected virtual void Dispose(bool disposing)
{
try
{
if (!IsClosed)
{
lock (_lockObject)
{
if (disposing)
{
// Call from user code...
if (_sectors != null)
{
_sectors.Clear();
_sectors = null;
}
RootStorage = null; // Some problem releasing resources...
_header = null;
_directoryEntries.Clear();
_directoryEntries = null;
_lockObject = null;
_buffer = null;
}
if (SourceStream != null)
SourceStream.Close();
}
}
}
finally
{
IsClosed = true;
}
}
/// <summary>
/// Load compound file from an existing stream.
/// </summary>
/// <param name="stream">Stream to load compound file from</param>
private void Load(Stream stream)
{
try
{
_header = new Header();
_directoryEntries = new List<IDirectoryEntry>();
SourceStream = stream;
_header.Read(stream);
var numberOfSectors = Ceiling(((stream.Length - GetSectorSize())/(double) GetSectorSize()));
if (stream.Length > 0x7FFFFF0)
TransactionLockAllocated = true;
_sectors = new SectorCollection();
for (var i = 0; i < numberOfSectors; i++)
_sectors.Add(null);
LoadDirectories();
RootStorage = new CFStorage(this, _directoryEntries[0]);
}
catch (Exception)
{
if (stream != null)
stream.Close();
throw;
}
}