Parents (Total: 7)

The searched file hash is included in 7 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
FileName	http://ftp1.fr.freebsd.org/pub/FreeBSD//releases//sparc64//sparc64//11.2-RELEASE//src.txz
MD5	EC9B08F4A997174E1D014B6E9AA4A012
SHA-1	EC464F8C66588F63C897A0218478A765EBC23CC3
SHA-256	DBC99A386A0ABCBDF61E34CA7753580F368C02B453B0B115D1F7A6D725FE797B
SSDEEP	3145728:KUGWfqmVjqJEDxS8K2lB1TVyRx+eQq3PjEtyjuhf5O7gkIBoc8O7Cq0s:KUGWffVjqiI8K2X1h0P4t1hig1Cns
TLSH	T13A7833273B93459B5AAA03F1088456492191EAA5B70323BEDBC70EDF527EB103CC5B77

Key	Value
MD5	DDBC4C649B64A28F48E7B0D44B7DE233
PackageArch	x86_64
PackageDescription	Libarchive is a programming library that can create and read several different streaming archive formats, including most popular tar variants and several cpio formats. It can also write shar archives and read ISO9660 CDROM images. The bsdtar program is an implementation of tar(1) that is built on top of libarchive. It started as a test harness, but has grown and is now the standard system tar for FreeBSD 5 and 6. The libarchive library offers a number of features that make it both very flexible and very powerful. - Automatic format detection: libarchive can automatically determine both the compression and the archive format, regardless of the data source. Most tar implementations do not automatically detect the compression format, few implementation that can correctly do this when reading from stdin or a socket. (The tar program included with Gunnar Ritter's heirloom collection also does full automatic format detection.) - Writes POSIX formats: libarchive writes POSIX-standard formats, including "ustar," "pax interchange format," and the POSIX "cpio" format. - Supports pax interchange format: Pax interchange format (which, despite the name, is really an extended tar format) eliminates almost all limitations of historic tar formats and provides a standard method for incorporating vendor-specific extensions. libarchive exploits this extension mechanism to support ACLs and file flags, for example. (Joerg Schilling's star archiver is another open-source tar program that supports pax interchange format.) - Reads popular formats: libarchive can read GNU tar, ustar, pax interchange format, cpio, and older tar variants. The internal architecture is easily extensible. The only requirement for support is that it be possible to read the format without seeking in the file. (For example, a format that includes a compressed size field before the data cannot be correctly written without seeking.) - High-Level API: the libarchive API makes it fairly simple to build an archive from a list of filenames or to extract the entries from an archive. However, the API also provides extreme flexibility with regards to data sources. For example, there are generic hooks that allow you to write an archive to a socket or read data from an archive entry into a memory buffer. - Extensible. The internal design uses generic interfaces for compression, archive format detection and decoding, and archive data I/O. It should be very easy to add new formats, new compression methods, or new ways of reading/writing archives.
PackageName	libarchive13
PackageRelease	2.13
PackageVersion	3.3.2
SHA-1	F72AD7D7BC31A52F9D019A3F176696B83D9C8903
SHA-256	706C6A2181FA36656B8EF03D1544E1211EC4503AF8E6C13361CB13855B2AADD9

Key	Value
CRC32	648F82DD
FileName	libarchive13-3.3.2-lp151.4.1.x86_64.rpm
FileSize	308876
MD5	8071F27383221902E98993E413A509D7
OpSystemCode	362
PackageArch	x86_64
PackageDescription	Libarchive is a programming library that can create and read several different streaming archive formats, including most popular tar variants and several cpio formats. It can also write shar archives and read ISO9660 CDROM images. The bsdtar program is an implementation of tar(1) that is built on top of libarchive. It started as a test harness, but has grown and is now the standard system tar for FreeBSD 5 and 6. The libarchive library offers a number of features that make it both very flexible and very powerful. - Automatic format detection: libarchive can automatically determine both the compression and the archive format, regardless of the data source. Most tar implementations do not automatically detect the compression format, few implementation that can correctly do this when reading from stdin or a socket. (The tar program included with Gunnar Ritter's heirloom collection also does full automatic format detection.) - Writes POSIX formats: libarchive writes POSIX-standard formats, including "ustar," "pax interchange format," and the POSIX "cpio" format. - Supports pax interchange format: Pax interchange format (which, despite the name, is really an extended tar format) eliminates almost all limitations of historic tar formats and provides a standard method for incorporating vendor-specific extensions. libarchive exploits this extension mechanism to support ACLs and file flags, for example. (Joerg Schilling's star archiver is another open-source tar program that supports pax interchange format.) - Reads popular formats: libarchive can read GNU tar, ustar, pax interchange format, cpio, and older tar variants. The internal architecture is easily extensible. The only requirement for support is that it be possible to read the format without seeking in the file. (For example, a format that includes a compressed size field before the data cannot be correctly written without seeking.) - High-Level API: the libarchive API makes it fairly simple to build an archive from a list of filenames or to extract the entries from an archive. However, the API also provides extreme flexibility with regards to data sources. For example, there are generic hooks that allow you to write an archive to a socket or read data from an archive entry into a memory buffer. - Extensible. The internal design uses generic interfaces for compression, archive format detection and decoding, and archive data I/O. It should be very easy to add new formats, new compression methods, or new ways of reading/writing archives.
PackageMaintainer	https://bugs.opensuse.org
PackageName	libarchive13
PackageRelease	lp151.4.1
PackageVersion	3.3.2
ProductCode	215189
SHA-1	ECCDA7CBEF6098382244BD8CD07AF1B6BBB91FF3
SHA-256	781364ACF7014591DFD32A63E55E76CDFCF1481E84D38F5D231A8DE4AED7765E
SpecialCode
db	nsrl_modern_rds
insert-timestamp	1647064755.3816047
source	NSRL

Key	Value
MD5	56C51D13BFB49F3F7137A9EA75BF2969
PackageArch	x86_64
PackageDescription	Libarchive is a programming library that can create and read several different streaming archive formats, including most popular tar variants and several cpio formats. It can also write shar archives and read ISO9660 CDROM images. The bsdtar program is an implementation of tar(1) that is built on top of libarchive. It started as a test harness, but has grown and is now the standard system tar for FreeBSD 5 and 6. The libarchive library offers a number of features that make it both very flexible and very powerful. - Automatic format detection: libarchive can automatically determine both the compression and the archive format, regardless of the data source. Most tar implementations do not automatically detect the compression format, few implementation that can correctly do this when reading from stdin or a socket. (The tar program included with Gunnar Ritter's heirloom collection also does full automatic format detection.) - Writes POSIX formats: libarchive writes POSIX-standard formats, including "ustar," "pax interchange format," and the POSIX "cpio" format. - Supports pax interchange format: Pax interchange format (which, despite the name, is really an extended tar format) eliminates almost all limitations of historic tar formats and provides a standard method for incorporating vendor-specific extensions. libarchive exploits this extension mechanism to support ACLs and file flags, for example. (Joerg Schilling's star archiver is another open-source tar program that supports pax interchange format.) - Reads popular formats: libarchive can read GNU tar, ustar, pax interchange format, cpio, and older tar variants. The internal architecture is easily extensible. The only requirement for support is that it be possible to read the format without seeking in the file. (For example, a format that includes a compressed size field before the data cannot be correctly written without seeking.) - High-Level API: the libarchive API makes it fairly simple to build an archive from a list of filenames or to extract the entries from an archive. However, the API also provides extreme flexibility with regards to data sources. For example, there are generic hooks that allow you to write an archive to a socket or read data from an archive entry into a memory buffer. - Extensible. The internal design uses generic interfaces for compression, archive format detection and decoding, and archive data I/O. It should be very easy to add new formats, new compression methods, or new ways of reading/writing archives.
PackageName	libarchive13
PackageRelease	2.2
PackageVersion	3.3.2
SHA-1	6E06CECCD723CE3E752EAEDE64141939ADC94C20
SHA-256	0C373C77F710A50724DA9BBEFA20C267D0F0835165038C2C03B324D0017F579A

Key	Value
MD5	9F5FF78450CC4A35AB0505A06A20D3ED
PackageArch	x86_64
PackageDescription	Libarchive is a programming library that can create and read several different streaming archive formats, including most popular tar variants and several cpio formats. It can also write shar archives and read ISO9660 CDROM images. The bsdtar program is an implementation of tar(1) that is built on top of libarchive. It started as a test harness, but has grown and is now the standard system tar for FreeBSD 5 and 6. The libarchive library offers a number of features that make it both very flexible and very powerful. - Automatic format detection: libarchive can automatically determine both the compression and the archive format, regardless of the data source. Most tar implementations do not automatically detect the compression format, few implementation that can correctly do this when reading from stdin or a socket. (The tar program included with Gunnar Ritter's heirloom collection also does full automatic format detection.) - Writes POSIX formats: libarchive writes POSIX-standard formats, including "ustar," "pax interchange format," and the POSIX "cpio" format. - Supports pax interchange format: Pax interchange format (which, despite the name, is really an extended tar format) eliminates almost all limitations of historic tar formats and provides a standard method for incorporating vendor-specific extensions. libarchive exploits this extension mechanism to support ACLs and file flags, for example. (Joerg Schilling's star archiver is another open-source tar program that supports pax interchange format.) - Reads popular formats: libarchive can read GNU tar, ustar, pax interchange format, cpio, and older tar variants. The internal architecture is easily extensible. The only requirement for support is that it be possible to read the format without seeking in the file. (For example, a format that includes a compressed size field before the data cannot be correctly written without seeking.) - High-Level API: the libarchive API makes it fairly simple to build an archive from a list of filenames or to extract the entries from an archive. However, the API also provides extreme flexibility with regards to data sources. For example, there are generic hooks that allow you to write an archive to a socket or read data from an archive entry into a memory buffer. - Extensible. The internal design uses generic interfaces for compression, archive format detection and decoding, and archive data I/O. It should be very easy to add new formats, new compression methods, or new ways of reading/writing archives.
PackageName	libarchive13
PackageRelease	2.4
PackageVersion	3.3.2
SHA-1	E82A5411FC6FDF17433F63976AFA0E890343DC94
SHA-256	213EA89D51A96EAE0D0CE7F59643364A312C4F0C70A3BAAC3CA56B226B908921

Key	Value
MD5	855DB8BC2CCC54D3BFB25C8E5681B249
PackageArch	x86_64
PackageDescription	Libarchive is a programming library that can create and read several different streaming archive formats, including most popular tar variants and several cpio formats. It can also write shar archives and read ISO9660 CDROM images. The bsdtar program is an implementation of tar(1) that is built on top of libarchive. It started as a test harness, but has grown and is now the standard system tar for FreeBSD 5 and 6. The libarchive library offers a number of features that make it both very flexible and very powerful. - Automatic format detection: libarchive can automatically determine both the compression and the archive format, regardless of the data source. Most tar implementations do not automatically detect the compression format, few implementation that can correctly do this when reading from stdin or a socket. (The tar program included with Gunnar Ritter's heirloom collection also does full automatic format detection.) - Writes POSIX formats: libarchive writes POSIX-standard formats, including "ustar," "pax interchange format," and the POSIX "cpio" format. - Supports pax interchange format: Pax interchange format (which, despite the name, is really an extended tar format) eliminates almost all limitations of historic tar formats and provides a standard method for incorporating vendor-specific extensions. libarchive exploits this extension mechanism to support ACLs and file flags, for example. (Joerg Schilling's star archiver is another open-source tar program that supports pax interchange format.) - Reads popular formats: libarchive can read GNU tar, ustar, pax interchange format, cpio, and older tar variants. The internal architecture is easily extensible. The only requirement for support is that it be possible to read the format without seeking in the file. (For example, a format that includes a compressed size field before the data cannot be correctly written without seeking.) - High-Level API: the libarchive API makes it fairly simple to build an archive from a list of filenames or to extract the entries from an archive. However, the API also provides extreme flexibility with regards to data sources. For example, there are generic hooks that allow you to write an archive to a socket or read data from an archive entry into a memory buffer. - Extensible. The internal design uses generic interfaces for compression, archive format detection and decoding, and archive data I/O. It should be very easy to add new formats, new compression methods, or new ways of reading/writing archives.
PackageMaintainer	https://bugs.opensuse.org
PackageName	libarchive13
PackageRelease	lp150.1.9
PackageVersion	3.3.2
SHA-1	AD784C2F6E387BEA7BB5C7B74193743152B258C2
SHA-256	4BB8B624A390F8ECCA4D707D652AAD38F611D3F9D6747C3B97D60CAEA57D0995

Key	Value
MD5	ED8517F1F856D583B5D167FF38B01CD0
PackageArch	x86_64
PackageDescription	Libarchive is a programming library that can create and read several different streaming archive formats, including most popular tar variants and several cpio formats. It can also write shar archives and read ISO9660 CDROM images. The bsdtar program is an implementation of tar(1) that is built on top of libarchive. It started as a test harness, but has grown and is now the standard system tar for FreeBSD 5 and 6. The libarchive library offers a number of features that make it both very flexible and very powerful. - Automatic format detection: libarchive can automatically determine both the compression and the archive format, regardless of the data source. Most tar implementations do not automatically detect the compression format, few implementation that can correctly do this when reading from stdin or a socket. (The tar program included with Gunnar Ritter's heirloom collection also does full automatic format detection.) - Writes POSIX formats: libarchive writes POSIX-standard formats, including "ustar," "pax interchange format," and the POSIX "cpio" format. - Supports pax interchange format: Pax interchange format (which, despite the name, is really an extended tar format) eliminates almost all limitations of historic tar formats and provides a standard method for incorporating vendor-specific extensions. libarchive exploits this extension mechanism to support ACLs and file flags, for example. (Joerg Schilling's star archiver is another open-source tar program that supports pax interchange format.) - Reads popular formats: libarchive can read GNU tar, ustar, pax interchange format, cpio, and older tar variants. The internal architecture is easily extensible. The only requirement for support is that it be possible to read the format without seeking in the file. (For example, a format that includes a compressed size field before the data cannot be correctly written without seeking.) - High-Level API: the libarchive API makes it fairly simple to build an archive from a list of filenames or to extract the entries from an archive. However, the API also provides extreme flexibility with regards to data sources. For example, there are generic hooks that allow you to write an archive to a socket or read data from an archive entry into a memory buffer. - Extensible. The internal design uses generic interfaces for compression, archive format detection and decoding, and archive data I/O. It should be very easy to add new formats, new compression methods, or new ways of reading/writing archives.
PackageName	libarchive13
PackageRelease	2.2
PackageVersion	3.3.2
SHA-1	9FF609EF897F94351CE255CDCFFE30B8554897F9
SHA-256	08A47AE44C81C634A3353CA13CF06548131695874FBB1D86CD544B637DE0A8C8