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Entwicklerinformationen
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| liblzma-dev | high compression-ratio compression library - development | Mehr ... |
liblzma is a data compression library with support for several
filters (algorithm implementations). The primary filter is LZMA2,
an extended version of the compression method used in lzma and 7-Zip.
This package includes the development support files.
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This library does not support 7-Zip's LZMA-based .7z format (for
that, see p7zip). This library's native file format is .xz, but
the old .lzma format and raw (no headers) streams are also
supported.
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Compression is generally good (on par with or better than bzip2),
decompression fast, and RAM usage high during compression and low
during decompression. |
| liblzma-doc | high compression-ratio compression library - reference documentation | Mehr ... |
This package contains documentation for developers using the liblzma
data compression library.
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Currently it contains only the Doxygen-generated API reference in
HTML format. The purpose of each struct, macro, and function in the
public interface is explained here, but for an overview of XZ Utils
one would have to look elsewhere. |
| liblzma0 | high compression-ratio compression library - runtime | Mehr ... |
liblzma is a library implementing the Lempel-Ziv/Markov-chain
compression method found in xz, lzma, and 7-Zip. This package
includes the shared library.
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This library does not support 7-Zip's LZMA-based .7z format (for
that, see p7zip). This library's native file format is .xz, but
the old .lzma format and raw (no headers) streams are also
supported.
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Compression is generally good (on par with or better than bzip2),
decompression fast, and RAM usage high during compression and low
during decompression. |
| xz-utils | high compression-ratio compressor | Mehr ... |
This package includes the xz compression tool and other command
line tools for working with files compressed with the
Lempel-Ziv/Markov-chain compression method. It supports two
formats: .xz and the legacy .lzma format. Commands provided
include xz, unxz, xzcat, xzgrep, and so on.
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The primary algorithm supported by the .xz format is the LZMA2
algorithm. Compression is generally good (on par with or better
than bzip2), decompression fast, and RAM usage high during
compression and low during decompression. |
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