Added a sets of overloaded functions for
PieceStorage::getMissingPiece() and getMissingFastPiece() to get
multiple pieces more efficiently.
* src/DefaultBtInteractive.cc
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/PieceStorage.h
* src/UnknownLengthPieceStorage.cc
* src/UnknownLengthPieceStorage.h
* test/DefaultPieceStorageTest.cc
* test/MockPieceStorage.h
Enter end game mode as soon as all pieces are assigned to peer to
avoid substantial slow down at the very last stage of download.
* src/DefaultBtInteractive.cc
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/PieceStorage.h
* src/UnknownLengthPieceStorage.h
* test/MockPieceStorage.h
Added --on-bt-download-complete=COMMAND option. For BitTorrent, a
command specified in --on-download-complete is called when
download completes and seeding is over. On the other hand, this
option set the command to be executed when download completes but
before seeding.
* doc/aria2c.1.txt
* src/DefaultPieceStorage.cc
* src/OptionHandlerFactory.cc
* src/prefs.cc
* src/prefs.h
* src/usage_text.h
* src/util.cc
* src/util.h
Added --min-split-size=SIZE option. aria2 does not split less
than 2*SIZE byte range. For example, let's consider downloading
20MiB file. If SIZE is 10M, aria2 can split file into 2 range
[0-10MiB) and [10MiB-20MiB) and download it using 2 sources(if
--split >= 2, of course). If SIZE is 15M, since 2*15M > 20MiB,
aria2 does not split file and download it using 1 source.
* src/BitfieldMan.cc
* src/BitfieldMan.h
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/OptionHandlerFactory.cc
* src/RequestGroup.cc
* src/prefs.cc
* src/prefs.h
* src/usage_text.h
* test/BitfieldManTest.cc
* test/SegmentManTest.cc
Set end byte in Range header if start byte > 0 to get more chance
to pool socket.
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/DownloadCommand.cc
* src/HttpDownloadCommand.cc
* src/HttpRequest.cc
* src/HttpRequest.h
* src/HttpRequestCommand.cc
* src/PieceStorage.h
* src/UnknownLengthPieceStorage.h
* test/DefaultPieceStorageTest.cc
* test/HttpRequestTest.cc
* test/MockPieceStorage.h
When allocating disk space, for Linux system with fallocate()
system call, first check file system supports fallocate. This
just run fallocate with small chunk and see it succeeds or fails.
If it succeeds, use fallocate() to allocate entire file otherwise
fall back to traditional slower method: writing zeros. This
behavior is enabled in --file-allocation=prealloc, so this is
enabled by default for most modern Linux.
* configure.ac
* src/AbstractDiskWriter.cc
* src/AbstractDiskWriter.h
* src/AbstractSingleDiskAdaptor.cc
* src/AdaptiveFileAllocationIterator.cc
* src/AdaptiveFileAllocationIterator.h
* src/DefaultPieceStorage.cc
* src/DiskAdaptor.cc
* src/DiskAdaptor.h
* src/FallocFileAllocationIterator.cc
* src/Makefile.am
* src/MultiFileAllocationIterator.cc
* src/OptionHandlerFactory.cc
* test/FallocFileAllocationIteratorTest.cc
* test/Makefile.am
Added --always-resume and --max-resume-failure-tries option. If
--always-resume=false is given, when all given URIs does not
support resume or aria2 encounters N URIs which does not support
resume
(N is the value specified using --max-resume-failure-tries
option), aria2 download file from scratch. The default behavior
is --always-resume=true, which means if all URIs do not support
resume, download fails. I think this is OK because user normally
don't like to see that partially downloaded file is
overwritten(this is particularly true if file size is big). This
option is useful when aria2 is used as download backend and
graceful falling back to overwritten behavior is preferable.
Added exit status value 8, which means download failed because
server did not support resume.
* src/AbstractCommand.cc
* src/DefaultPieceStorage.cc
* src/DownloadCommand.cc
* src/DownloadResultCode.h
* src/FileEntry.h
* src/FtpNegotiationCommand.cc
* src/HttpResponse.cc
* src/HttpResponseCommand.cc
* src/OptionHandlerFactory.cc
* src/RequestGroup.cc
* src/RequestGroup.h
* src/SegmentMan.cc
* src/SegmentMan.h
* src/prefs.cc
* src/prefs.h
* src/usage_text.h
* test/DefaultPieceStorageTest.cc
* test/SegmentManTest.cc
Avoid to calculate end() iterator in each loop. std::deque is
particularly slow. Make sure that recalculate end iterator if
element is erased during loop.
Fixed the bug that slow server is not knocked down in favor of
faster one.
* src/AbstractCommand.cc
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/PieceStorage.h
* src/UnknownLengthPieceStorage.cc
* src/UnknownLengthPieceStorage.h
* test/MockPieceStorage.h
Removed the call to DiskAdaptor::onDownloadComplete() from
BtCheckIntegrityEntry and DefaultPieceStorage.
* src/BtCheckIntegrityEntry.cc
* src/DefaultPieceStorage.cc
Receive the return value as const reference from
DownloadContext::getFileEntries().
* src/DefaultPieceStorage.cc
* src/RequestGroupMan.cc
* src/XmlRpcMethodImpl.cc
Selecting files are now done in
DefaultBtContext::setFileFileter().
PieceStorage::setFileFilter(), DiskAdaptor::addDownloadEntry()
functions are removed because they are no longer used. Creating
filter in BitfieldMan is done in new funtion
PieceStorage::setupFileFilter()
* src/BtContext.cc
* src/BtContext.h
* src/DefaultBtContext.cc
* src/DefaultBtContext.h
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/DiskAdaptor.cc
* src/DiskAdaptor.h
* src/PieceStorage.h
* src/RequestGroup.cc
* src/UnknownLengthPieceStorage.h
* src/XmlRpcMethodImpl.cc
* test/DefaultBtContextTest.cc
* test/MockBtContext.h
* test/MockPieceStorage.h
Now the constructor of AbstractDiskWriter takes filename as an
argument and filename argument is removed from openFile(),
initAndOpenFile(), openExistingFile() interface. storeDir
member and its accessor functions are removed from DiskAdaptor
because it is not used anymore. size() member function of
DefaultDiskWriter, DirectDiskAdaptor and MultiDiskAdaptor now
can be called without opening file.
* src/AbstractDiskWriter.cc
* src/AbstractDiskWriter.h
* src/AbstractSingleDiskAdaptor.cc
* src/AbstractSingleDiskAdaptor.h
* src/ByteArrayDiskWriter.cc
* src/ByteArrayDiskWriter.h
* src/ByteArrayDiskWriterFactory.cc
* src/ByteArrayDiskWriterFactory.h
* src/DefaultDiskWriter.cc
* src/DefaultDiskWriter.h
* src/DefaultDiskWriterFactory.cc
* src/DefaultDiskWriterFactory.h
* src/DefaultPieceStorage.cc
* src/DirectDiskAdaptor.cc
* src/DirectDiskAdaptor.h
* src/DiskAdaptor.h
* src/DiskWriter.h
* src/DiskWriterFactory.h
* src/MessageDigestHelper.cc
* src/MultiDiskAdaptor.cc
* src/RequestGroup.cc
* src/UnknownLengthPieceStorage.cc
* src/Util.cc
* test/DefaultDiskWriterTest.cc
* test/DirectDiskAdaptorTest.cc
* test/FallocFileAllocationIteratorTest.cc
* test/MessageDigestHelperTest.cc
* test/MetalinkProcessorTest.cc
* test/MultiDiskAdaptorTest.cc
* test/MultiFileAllocationIteratorTest.cc
* test/SingleFileAllocationIteratorTest.cc
* test/UtilTest.cc
BitfieldMan::getMissingIndexes family functions now takes
unsigned char* bitfield instead of stl container for efficiency.
PieceSelector::select now takes this
bitfield. RarestPieceSelector::select now also performs
efficiently for this change. bitfield namespace is introduced
and it has several helper functions to handle basic bitfield
operations such as test, count set bits, etc.
* src/BitfieldMan.cc
* src/BitfieldMan.h
* src/DefaultBtRequestFactory.cc
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/LongestSequencePieceSelector.cc
* src/LongestSequencePieceSelector.h
* src/Makefile.am
* src/Piece.cc
* src/Piece.h
* src/PieceSelector.h
* src/RarestPieceSelector.cc
* src/RarestPieceSelector.h
* src/Util.cc
* src/Util.h
* src/bitfield.h
* test/BitfieldManTest.cc
* test/LongestSequencePieceSelectorTest.cc
* test/Makefile.am
* test/RarestPieceSelectorTest.cc
* test/UtilTest.cc
* test/bitfieldTest.cc
Added 'falloc' parameter for --file-allocation option. 'falloc'
allocation mode uses posix_fallocate() system call to allocate
file on disk. If you are using newer file systems such as ext4
(with extents support), btrfs or xfs, 'falloc' is your best
choice. It allocates large(few GiB) files almost instantly.
Don't use 'falloc' with legacy file systems such as ext3 because
it takes almost same time as 'prealloc' and it blocks aria2
entirely until allocation finishes. 'falloc' may not be
available if your system doesn't have posix_fallocate() system
call.
* configure.ac
* src/AbstractDiskWriter.cc
* src/AbstractDiskWriter.h
* src/AbstractSingleDiskAdaptor.cc
* src/BinaryStream.h
* src/BtCheckIntegrityEntry.cc
* src/ByteArrayDiskWriter.h
* src/CheckIntegrityEntry.cc
* src/CheckIntegrityEntry.h
* src/DefaultPieceStorage.cc
* src/DiskAdaptor.cc
* src/DiskAdaptor.h
* src/DiskWriter.h
* src/FallocFileAllocationIterator.cc
* src/FallocFileAllocationIterator.h
* src/FileAllocationEntry.cc
* src/FileAllocationEntry.h
* src/Makefile.am
* src/MultiFileAllocationIterator.cc
* src/MultiFileAllocationIterator.h
* src/OptionHandlerFactory.cc
* src/RequestGroup.cc
* src/StreamCheckIntegrityEntry.cc
* src/prefs.cc
* src/prefs.h
* src/usage_text.h
* test/FallocFileAllocationIteratorTest.cc
* test/Makefile.am
Use LongestSequencePieceSelector for HTTP/FTP/BitTorrent
integrated downloads. This PieceSelector subclass finds the
longest continuous sequence in the available missing pieces and
selects the last index of such sequence. This makes HTTP/FTP
connections less interrupted by the pieces obtained by
BitTorrent peers.
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/LongestSequencePieceSelector.cc
* src/LongestSequencePieceSelector.h
* src/Makefile.am
* src/PieceSelector.h
* src/RarestPieceSelector.h
* src/RequestGroup.cc
* test/BtDependencyTest.cc
* test/DefaultPieceStorageTest.cc
* test/IteratableChecksumValidatorTest.cc
* test/LongestSequencePieceSelectorTest.cc
* test/Makefile.am
* test/SegmentManTest.cc
Fixed the bug that DefaultPieceStorage::getCompletedLength()
returns the value larger than DefaultPieceStorage::getTotalLength()
when in flight pieces are involved.
* src/DefaultPieceStorage.cc
* test/DefaultPieceStorageTest.cc
Fixed the bug that a block in a piece is requested when same
block is
already requested to the same peer in end game mode.
* src/BtRequestFactory.h
* src/DefaultBtInteractive.cc
* src/DefaultBtRequestFactory.cc
* src/DefaultBtRequestFactory.h
* src/DefaultPieceStorage.cc
* src/DefaultPieceStorage.h
* src/PieceStorage.h
* src/UnknownLengthPieceStorage.cc
* src/UnknownLengthPieceStorage.h
* test/DefaultBtRequestFactoryTest.cc
* test/DefaultPieceStorageTest.cc
* test/MockBtRequestFactory.h
* test/MockPieceStorage.h
Calculate piece hash when data is arrived if the data is arrived
in
order. This removes additional read operation for hash
calculation.
If the data is arrived in out of order, the hash is calucated
when the
piece is completed. This is the same behavior as the old
implementation.
* src/BtPieceMessage.cc
* src/DefaultBtProgressInfoFile.cc
* src/DefaultPieceStorage.cc
* src/DownloadCommand.cc
* src/DownloadCommand.h
* src/DownloadEngine.cc
* src/GrowSegment.cc
* src/GrowSegment.h
* src/Piece.cc
* src/Piece.h
* src/PiecedSegment.cc
* src/PiecedSegment.h
* src/Segment.h
* test/PieceTest.cc
Use Option::getAsBool(...) instead of Option::get(...) and
compare
it with V_TRUE.
* src/DefaultPieceStorage.cc
* src/DownloadCommand.cc
* src/FtpNegotiationCommand.cc
* src/HttpRequest.cc
* src/InitiateConnectionCommand.cc
* src/RequestGroup.cc
Tatsuhiro Tsujikawa