Modifier and Type	Class and Description
private class	TarFile.BoundedTarEntryInputStream

Modifier and Type	Field and Description
private final SeekableByteChannel	archive
private final int	blockSize
private TarArchiveEntry	currEntry The meta-data about the current entry
private final LinkedList<TarArchiveEntry>	entries
private Map<String, String>	globalPaxHeaders
private final List<TarArchiveStructSparse>	globalSparseHeaders
private boolean	hasHitEOF
private final boolean	lenient
private final ByteBuffer	recordBuffer
private final int	recordSize
private static final int	SMALL_BUFFER_SIZE
private final byte[]	smallBuf
private final Map<String, List<InputStream>>	sparseInputStreams
private final ZipEncoding	zipEncoding The encoding of the tar file

Constructor Summary

Access	Constructor and Description
public	TarFile(final byte[] the content to use content) Constructor for TarFile.
public	TarFile(final byte[] the content to use content, final boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. lenient) Constructor for TarFile.
public	TarFile(final byte[] the content to use content, final String the encoding to use encoding) Constructor for TarFile.
public	TarFile(final File the file of the archive to use archive) Constructor for TarFile.
public	TarFile(final File the file of the archive to use archive, final boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. lenient) Constructor for TarFile.
public	TarFile(final File the file of the archive to use archive, final String the encoding to use encoding) Constructor for TarFile.
public	TarFile(final Path the path of the archive to use archivePath) Constructor for TarFile.
public	TarFile(final Path the path of the archive to use archivePath, final boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. lenient) Constructor for TarFile.
public	TarFile(final Path the path of the archive to use archivePath, final String the encoding to use encoding) Constructor for TarFile.
public	TarFile(final SeekableByteChannel the content to use content) Constructor for TarFile.
public	TarFile(final SeekableByteChannel the seekable byte channel to use archive, final int the blocks size to use blockSize, final int the record size to use recordSize, final String the encoding to use encoding, final boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. lenient) Constructor for TarFile.

Method Summary

Modifier and Type	Method and Description
private void	applyPaxHeadersToCurrentEntry(final Map<String, String> Headers read from the pax header headers, final List<TarArchiveStructSparse> Sparse headers read from pax header sparseHeaders) Update the current entry with the read pax headers
private void	buildSparseInputStreams() Build the input streams consisting of all-zero input streams and non-zero input streams.
public void	close() Implements java.io.Closeable.close. Closes this stream and releases any system resources associated with it.
private void	consumeRemainderOfLastBlock() This method is invoked once the end of the archive is hit, it tries to consume the remaining bytes under the assumption that the tool creating this archive has padded the last block.
public List<TarArchiveEntry>	Returns: All entries from the tar file getEntries() Gets all TAR Archive Entries from the TarFile
public InputStream	Returns: Input stream of the provided entry getInputStream(final TarArchiveEntry Entry to get the input stream from entry) Gets the input stream for the provided Tar Archive Entry.
private byte[]	Returns: The next entry in the archive as long name data, or null. getLongNameData() Gets the next entry in this tar archive as long name data.
private TarArchiveEntry	Returns: The next TarEntry in the archive, or null if there is no next entry. getNextTarEntry() Gets the next entry in this tar archive.
private ByteBuffer	Returns: The next TarEntry in the archive, or null if there is no next entry. getRecord() Gets the next record in this tar archive.
protected final boolean	isAtEOF()
private boolean	isDirectory()
private boolean	isEOFRecord(final ByteBuffer headerBuf)
private void	paxHeaders() For PAX Format 0.0, the sparse headers(GNU.sparse.offset and GNU.sparse.numbytes) may appear multi times, and they look like: GNU.sparse.size=size GNU.sparse.numblocks=numblocks repeat numblocks times GNU.sparse.offset=offset GNU.sparse.numbytes=numbytes end repeat
private void	readGlobalPaxHeaders()
private void	readOldGNUSparse() Adds the sparse chunks from the current entry to the sparse chunks, including any additional sparse entries following the current entry.
private ByteBuffer	Returns: The record data or null if EOF has been hit. readRecord() Read a record from the input stream and return the data.
private void	repositionForwardBy(final long offset)
private void	repositionForwardTo(final long newPosition)
protected final void	setAtEOF(final boolean b)
private void	skipRecordPadding() The last record block should be written at the full size, so skip any additional space used to fill a record after an entry
private void	throwExceptionIfPositionIsNotInArchive() Checks if the current position of the SeekableByteChannel is in the archive.
private void	tryToConsumeSecondEOFRecord() Tries to read the next record resetting the position in the archive if it is not an EOF record.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

archive	back to summary
private final SeekableByteChannel archive

blockSize	back to summary
private final int blockSize

currEntry	back to summary
private TarArchiveEntry currEntry The meta-data about the current entry

entries	back to summary
private final LinkedList<TarArchiveEntry> entries

globalPaxHeaders	back to summary
private Map<String, String> globalPaxHeaders

globalSparseHeaders	back to summary
private final List<TarArchiveStructSparse> globalSparseHeaders

hasHitEOF	back to summary
private boolean hasHitEOF

lenient	back to summary
private final boolean lenient

recordBuffer	back to summary
private final ByteBuffer recordBuffer

recordSize	back to summary
private final int recordSize

SMALL_BUFFER_SIZE	back to summary
private static final int SMALL_BUFFER_SIZE

smallBuf	back to summary
private final byte[] smallBuf

sparseInputStreams	back to summary
private final Map<String, List<InputStream>> sparseInputStreams

zipEncoding	back to summary
private final ZipEncoding zipEncoding The encoding of the tar file

Constructor Detail

TarFile	back to summary
public TarFile(final byte[] content) throws IOException Constructor for TarFile. Parameters content:byte[] the content to use Exceptions IOException: when reading the tar archive fails

TarFile

back to summary

public TarFile(final byte[] content) throws IOException

Constructor for TarFile.

Parameters

content:byte[]: the content to use

Exceptions

IOException:: when reading the tar archive fails

TarFile back to summary

TarFile	back to summary
public TarFile(final byte[] content, final boolean lenient) throws IOException Constructor for TarFile. Parameters content:byte[] the content to use lenient:boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. Exceptions IOException: when reading the tar archive fails

public TarFile(final byte[] content, final boolean lenient) throws IOException

Constructor for TarFile.

Parameters

content:byte[]: the content to use
lenient:boolean: when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to TarArchiveEntry#UNKNOWN. When set to false such illegal fields cause an exception instead.

Exceptions

IOException:: when reading the tar archive fails

TarFile	back to summary
public TarFile(final byte[] content, final String encoding) throws IOException Constructor for TarFile. Parameters content:byte[] the content to use encoding:String the encoding to use Exceptions IOException: when reading the tar archive fails

TarFile

back to summary

public TarFile(final byte[] content, final String encoding) throws IOException

Constructor for TarFile.

Parameters

content:byte[]: the content to use
encoding:String: the encoding to use

Exceptions

IOException:: when reading the tar archive fails

TarFile	back to summary
public TarFile(final File archive) throws IOException Constructor for TarFile. Parameters archive:File the file of the archive to use Exceptions IOException: when reading the tar archive fails

TarFile

back to summary

public TarFile(final File archive) throws IOException

Constructor for TarFile.

Parameters

archive:File: the file of the archive to use

Exceptions

IOException:: when reading the tar archive fails

TarFile back to summary

TarFile	back to summary
public TarFile(final File archive, final boolean lenient) throws IOException Constructor for TarFile. Parameters archive:File the file of the archive to use lenient:boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. Exceptions IOException: when reading the tar archive fails

public TarFile(final File archive, final boolean lenient) throws IOException

Constructor for TarFile.

Parameters

archive:File: the file of the archive to use
lenient:boolean: when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to TarArchiveEntry#UNKNOWN. When set to false such illegal fields cause an exception instead.

Exceptions

IOException:: when reading the tar archive fails

TarFile	back to summary
public TarFile(final File archive, final String encoding) throws IOException Constructor for TarFile. Parameters archive:File the file of the archive to use encoding:String the encoding to use Exceptions IOException: when reading the tar archive fails

TarFile

back to summary

public TarFile(final File archive, final String encoding) throws IOException

Constructor for TarFile.

Parameters

archive:File: the file of the archive to use
encoding:String: the encoding to use

Exceptions

IOException:: when reading the tar archive fails

TarFile	back to summary
public TarFile(final Path archivePath) throws IOException Constructor for TarFile. Parameters archivePath:Path the path of the archive to use Exceptions IOException: when reading the tar archive fails

TarFile

back to summary

public TarFile(final Path archivePath) throws IOException

Constructor for TarFile.

Parameters

archivePath:Path: the path of the archive to use

Exceptions

IOException:: when reading the tar archive fails

TarFile back to summary

TarFile	back to summary
public TarFile(final Path archivePath, final boolean lenient) throws IOException Constructor for TarFile. Parameters archivePath:Path the path of the archive to use lenient:boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. Exceptions IOException: when reading the tar archive fails

public TarFile(final Path archivePath, final boolean lenient) throws IOException

Constructor for TarFile.

Parameters

archivePath:Path: the path of the archive to use
lenient:boolean: when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to TarArchiveEntry#UNKNOWN. When set to false such illegal fields cause an exception instead.

Exceptions

IOException:: when reading the tar archive fails

TarFile	back to summary
public TarFile(final Path archivePath, final String encoding) throws IOException Constructor for TarFile. Parameters archivePath:Path the path of the archive to use encoding:String the encoding to use Exceptions IOException: when reading the tar archive fails

TarFile

back to summary

public TarFile(final Path archivePath, final String encoding) throws IOException

Constructor for TarFile.

Parameters

archivePath:Path: the path of the archive to use
encoding:String: the encoding to use

Exceptions

IOException:: when reading the tar archive fails

TarFile	back to summary
public TarFile(final SeekableByteChannel content) throws IOException Constructor for TarFile. Parameters content:SeekableByteChannel the content to use Exceptions IOException: when reading the tar archive fails

TarFile

back to summary

public TarFile(final SeekableByteChannel content) throws IOException

Constructor for TarFile.

Parameters

content:SeekableByteChannel: the content to use

Exceptions

IOException:: when reading the tar archive fails

TarFile back to summary

TarFile	back to summary
public TarFile(final SeekableByteChannel archive, final int blockSize, final int recordSize, final String encoding, final boolean lenient) throws IOException Constructor for TarFile. Parameters archive:SeekableByteChannel the seekable byte channel to use blockSize:int the blocks size to use recordSize:int the record size to use encoding:String the encoding to use lenient:boolean when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to `TarArchiveEntry#UNKNOWN`. When set to false such illegal fields cause an exception instead. Exceptions IOException: when reading the tar archive fails

public TarFile(final SeekableByteChannel archive, final int blockSize, final int recordSize, final String encoding, final boolean lenient) throws IOException

Constructor for TarFile.

Parameters

archive:SeekableByteChannel: the seekable byte channel to use
blockSize:int: the blocks size to use
recordSize:int: the record size to use
encoding:String: the encoding to use
lenient:boolean: when set to true illegal values for group/userid, mode, device numbers and timestamp will be ignored and the fields set to TarArchiveEntry#UNKNOWN. When set to false such illegal fields cause an exception instead.

Exceptions

IOException:: when reading the tar archive fails

Method Detail

applyPaxHeadersToCurrentEntry	back to summary
private void applyPaxHeadersToCurrentEntry(final Map<String, String> headers, final List<TarArchiveStructSparse> sparseHeaders) throws IOException Update the current entry with the read pax headers Parameters headers:Map<String, String> Headers read from the pax header sparseHeaders:List<TarArchiveStructSparse> Sparse headers read from pax header

applyPaxHeadersToCurrentEntry

back to summary

private void applyPaxHeadersToCurrentEntry(final Map<String, String> headers, final List<TarArchiveStructSparse> sparseHeaders) throws IOException

Update the current entry with the read pax headers

Parameters

headers:Map<String, String>: Headers read from the pax header
sparseHeaders:List<TarArchiveStructSparse>: Sparse headers read from pax header

buildSparseInputStreams	back to summary
private void buildSparseInputStreams() throws IOException Build the input streams consisting of all-zero input streams and non-zero input streams. When reading from the non-zero input streams, the data is actually read from the original input stream. The size of each input stream is introduced by the sparse headers. Implementation Note Some all-zero input streams and non-zero input streams have the size of 0. We DO NOT store the 0 size input streams because they are meaningless.

buildSparseInputStreams

back to summary

private void buildSparseInputStreams() throws IOException

Build the input streams consisting of all-zero input streams and non-zero input streams. When reading from the non-zero input streams, the data is actually read from the original input stream. The size of each input stream is introduced by the sparse headers.

Implementation Note

Some all-zero input streams and non-zero input streams have the size of 0. We DO NOT store the 0 size input streams because they are meaningless.

close back to summary

close	back to summary
public void close() throws IOException Implements java.io.Closeable.close. Doc from java.io.Closeable.close. Closes this stream and releases any system resources associated with it. If the stream is already closed then invoking this method has no effect. As noted in `AutoCloseable#close()`, cases where the close may fail require careful attention. It is strongly advised to relinquish the underlying resources and to internally mark the `Closeable` as closed, prior to throwing the `IOException`. Annotations @Override Exceptions IOException: if an I/O error occurs

public void close() throws IOException

Implements java.io.Closeable.close.

Doc from java.io.Closeable.close.

Closes this stream and releases any system resources associated with it. If the stream is already closed then invoking this method has no effect.

As noted in AutoCloseable#close(), cases where the close may fail require careful attention. It is strongly advised to relinquish the underlying resources and to internally mark the Closeable as closed, prior to throwing the IOException.

Annotations

@Override

Exceptions

IOException:: if an I/O error occurs

consumeRemainderOfLastBlock	back to summary
private void consumeRemainderOfLastBlock() throws IOException This method is invoked once the end of the archive is hit, it tries to consume the remaining bytes under the assumption that the tool creating this archive has padded the last block.

getEntries	back to summary
public List<TarArchiveEntry> getEntries() Gets all TAR Archive Entries from the TarFile Returns:List<TarArchiveEntry> All entries from the tar file

getEntries

back to summary

public List<TarArchiveEntry> getEntries()

Gets all TAR Archive Entries from the TarFile

Returns:List<TarArchiveEntry>: All entries from the tar file

getInputStream	back to summary
public InputStream getInputStream(final TarArchiveEntry entry) throws IOException Gets the input stream for the provided Tar Archive Entry. Parameters entry:TarArchiveEntry Entry to get the input stream from Returns:InputStream Input stream of the provided entry Exceptions IOException: Corrupted TAR archive. Can't read entry.

getInputStream

back to summary

public InputStream getInputStream(final TarArchiveEntry entry) throws IOException

Gets the input stream for the provided Tar Archive Entry.

Parameters

entry:TarArchiveEntry: Entry to get the input stream from

Returns:InputStream

Input stream of the provided entry

Exceptions

IOException:: Corrupted TAR archive. Can't read entry.

getLongNameData	back to summary
private byte[] getLongNameData() throws IOException Gets the next entry in this tar archive as long name data. Returns:byte[] The next entry in the archive as long name data, or null. Exceptions IOException: on error

getLongNameData

back to summary

private byte[] getLongNameData() throws IOException

Gets the next entry in this tar archive as long name data.

Returns:byte[]

The next entry in the archive as long name data, or null.

Exceptions

IOException:: on error

getNextTarEntry	back to summary
private TarArchiveEntry getNextTarEntry() throws IOException Gets the next entry in this tar archive. This will skip to the end of the current entry, if there is one, and place the position of the channel at the header of the next entry, and read the header and instantiate a new TarEntry from the header bytes and return that entry. If there are no more entries in the archive, null will be returned to indicate that the end of the archive has been reached. Returns:TarArchiveEntry The next TarEntry in the archive, or null if there is no next entry. Exceptions IOException: when reading the next TarEntry fails

getNextTarEntry

back to summary

private TarArchiveEntry getNextTarEntry() throws IOException

Gets the next entry in this tar archive. This will skip to the end of the current entry, if there is one, and place the position of the channel at the header of the next entry, and read the header and instantiate a new TarEntry from the header bytes and return that entry. If there are no more entries in the archive, null will be returned to indicate that the end of the archive has been reached.

Returns:TarArchiveEntry

The next TarEntry in the archive, or null if there is no next entry.

Exceptions

IOException:: when reading the next TarEntry fails

getRecord back to summary

getRecord	back to summary
private ByteBuffer getRecord() throws IOException Gets the next record in this tar archive. This will skip over any remaining data in the current entry, if there is one, and place the input stream at the header of the next entry. If there are no more entries in the archive, null will be returned to indicate that the end of the archive has been reached. At the same time the `hasHitEOF` marker will be set to true. Returns:ByteBuffer The next TarEntry in the archive, or null if there is no next entry. Exceptions IOException: when reading the next TarEntry fails

private ByteBuffer getRecord() throws IOException

Gets the next record in this tar archive. This will skip over any remaining data in the current entry, if there is one, and place the input stream at the header of the next entry.

If there are no more entries in the archive, null will be returned to indicate that the end of the archive has been reached. At the same time the hasHitEOF marker will be set to true.

Returns:ByteBuffer

The next TarEntry in the archive, or null if there is no next entry.

Exceptions

IOException:: when reading the next TarEntry fails

isAtEOF	back to summary
protected final boolean isAtEOF()

isDirectory	back to summary
private boolean isDirectory()

isEOFRecord	back to summary
private boolean isEOFRecord(final ByteBuffer headerBuf)

paxHeaders	back to summary
private void paxHeaders() throws IOException For PAX Format 0.0, the sparse headers(GNU.sparse.offset and GNU.sparse.numbytes) may appear multi times, and they look like: GNU.sparse.size=size GNU.sparse.numblocks=numblocks repeat numblocks times GNU.sparse.offset=offset GNU.sparse.numbytes=numbytes end repeat For PAX Format 0.1, the sparse headers are stored in a single variable : GNU.sparse.map GNU.sparse.map Map of non-null data chunks. It is a string consisting of comma-separated values "offset,size[,offset-1,size-1...]" For PAX Format 1.X: The sparse map itself is stored in the file data block, preceding the actual file data. It consists of a series of decimal numbers delimited by newlines. The map is padded with nulls to the nearest block boundary. The first number gives the number of entries in the map. Following are map entries, each one consisting of two numbers giving the offset and size of the data block it describes.

paxHeaders

back to summary

private void paxHeaders() throws IOException

For PAX Format 0.0, the sparse headers(GNU.sparse.offset and GNU.sparse.numbytes) may appear multi times, and they look like:

GNU.sparse.size=size
GNU.sparse.numblocks=numblocks
repeat numblocks times
  GNU.sparse.offset=offset
  GNU.sparse.numbytes=numbytes
end repeat

For PAX Format 0.1, the sparse headers are stored in a single variable : GNU.sparse.map

GNU.sparse.map
   Map of non-null data chunks. It is a string consisting of comma-separated values "offset,size[,offset-1,size-1...]"

For PAX Format 1.X:
The sparse map itself is stored in the file data block, preceding the actual file data. It consists of a series of decimal numbers delimited by newlines. The map is padded with nulls to the nearest block boundary. The first number gives the number of entries in the map. Following are map entries, each one consisting of two numbers giving the offset and size of the data block it describes.

readGlobalPaxHeaders	back to summary
private void readGlobalPaxHeaders() throws IOException

readOldGNUSparse	back to summary
private void readOldGNUSparse() throws IOException Adds the sparse chunks from the current entry to the sparse chunks, including any additional sparse entries following the current entry. Exceptions IOException: when reading the sparse entry fails

readOldGNUSparse

back to summary

private void readOldGNUSparse() throws IOException

Adds the sparse chunks from the current entry to the sparse chunks, including any additional sparse entries following the current entry.

Exceptions

IOException:: when reading the sparse entry fails

readRecord	back to summary
private ByteBuffer readRecord() throws IOException Read a record from the input stream and return the data. Returns:ByteBuffer The record data or null if EOF has been hit. Exceptions IOException: if reading from the archive fails

readRecord

back to summary

private ByteBuffer readRecord() throws IOException

Read a record from the input stream and return the data.

Returns:ByteBuffer

The record data or null if EOF has been hit.

Exceptions

IOException:: if reading from the archive fails

repositionForwardBy	back to summary
private void repositionForwardBy(final long offset) throws IOException

repositionForwardTo	back to summary
private void repositionForwardTo(final long newPosition) throws IOException

setAtEOF	back to summary
protected final void setAtEOF(final boolean b)

skipRecordPadding	back to summary
private void skipRecordPadding() throws IOException The last record block should be written at the full size, so skip any additional space used to fill a record after an entry Exceptions IOException: when skipping the padding of the record fails

skipRecordPadding

back to summary

private void skipRecordPadding() throws IOException

The last record block should be written at the full size, so skip any additional space used to fill a record after an entry

Exceptions

IOException:: when skipping the padding of the record fails

throwExceptionIfPositionIsNotInArchive	back to summary
private void throwExceptionIfPositionIsNotInArchive() throws IOException Checks if the current position of the SeekableByteChannel is in the archive. Exceptions IOException: If the position is not in the archive

throwExceptionIfPositionIsNotInArchive

back to summary

private void throwExceptionIfPositionIsNotInArchive() throws IOException

Checks if the current position of the SeekableByteChannel is in the archive.

Exceptions

IOException:: If the position is not in the archive

tryToConsumeSecondEOFRecord

back to summary

private void tryToConsumeSecondEOFRecord() throws IOException

Tries to read the next record resetting the position in the archive if it is not an EOF record.

This is meant to protect against cases where a tar implementation has written only one EOF record when two are expected. Actually this won't help since a non-conforming implementation likely won't fill full blocks consisting of - by default - ten records either so we probably have already read beyond the archive anyway.

Exceptions

IOException:: if reading the record of resetting the position in the archive fails

org.apache.commons.compress.archivers.tar back to summary

private final Class TarFile.BoundedTarEntryInputStream

Class Inheritance

extends BoundedArchiveInputStream

java.lang.Object
java.io.InputStream
org.apache.commons.compress.utils.BoundedArchiveInputStream
org.apache.commons.compress.archivers.tar.TarFile.BoundedTarEntryInputStream

Field Summary

Modifier and Type	Field and Description
private final SeekableByteChannel	channel
private int	currentSparseInputStreamIndex
private final TarArchiveEntry	entry
private long	entryOffset

Constructor Summary

Access	Constructor and Description
pack-priv	BoundedTarEntryInputStream(final TarArchiveEntry entry, final SeekableByteChannel channel)

Method Summary

Modifier and Type	Method and Description
protected int	read(final long position to start the read. pos, final ByteBuffer buffer to add the read content. buf) Implements abstract org.apache.commons.compress.utils.BoundedArchiveInputStream.read. Reads content of the stream into a `ByteBuffer`.
private int	readArchive(final long pos, final ByteBuffer buf)
private int	readSparse(final long pos, final ByteBuffer buf, final int numToRead)

Inherited from org.apache.commons.compress.utils.BoundedArchiveInputStream:: read read

Field Detail

channel	back to summary
private final SeekableByteChannel channel

currentSparseInputStreamIndex	back to summary
private int currentSparseInputStreamIndex

entry	back to summary
private final TarArchiveEntry entry

entryOffset	back to summary
private long entryOffset

Constructor Detail

BoundedTarEntryInputStream	back to summary
pack-priv BoundedTarEntryInputStream(final TarArchiveEntry entry, final SeekableByteChannel channel) throws IOException

Method Detail

read back to summary

protected int read(final long pos, final ByteBuffer buf) throws IOException

Implements abstract org.apache.commons.compress.utils.BoundedArchiveInputStream.read.

Doc from org.apache.commons.compress.utils.BoundedArchiveInputStream.read.

Reads content of the stream into a ByteBuffer.

Parameters

pos:long: position to start the read.
buf:ByteBuffer: buffer to add the read content.

Returns:int

number of read bytes.

Annotations

@Override

Exceptions

IOException:: if I/O fails.

readArchive	back to summary
private int readArchive(final long pos, final ByteBuffer buf) throws IOException

readSparse	back to summary
private int readSparse(final long pos, final ByteBuffer buf, final int numToRead) throws IOException

public Class TarFile

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail

private final Class TarFile.BoundedTarEntryInputStream

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail