tar is a simple library to read and write tar files with an emphasis on streaming.
This is pure OCaml code, no C bindings.
tar can be installed with opam:
opam install tar
opam install tar-unix # for use in Unix/Lwt
opam install tar-mirage # for use in MirageOS
If you don't use opam consult the tar.opam file for build
instructions.
In utop:
utop # #require "tar";;
utop # #require "tar-unix";;
utop # let f = Lwt_unix.openfile "/tmp/foo.tar" [ Unix.O_RDONLY ] 0;;
val f : Lwt_unix.file_descr = <abstr>
utop # Lwt.bind f Tar_lwt_unix.Archive.list;;
[{Tar.Header.file_name = "_build/lib/tar.mli.depends";
Tar.Header.file_mode = 420; Tar.Header.user_id = 1000;
Tar.Header.group_id = 1000; Tar.Header.file_size = 21L;
Tar.Header.mod_time = 1381080315L;
Tar.Header.link_indicator = Tar.Header.Link.Normal;
Tar.Header.link_name = ""};
{Tar.Header.file_name = "_build/lib/tar_unix.mli.depends";
Tar.Header.file_mode = 420; Tar.Header.user_id = 1000;
Tar.Header.group_id = 1000; Tar.Header.file_size = 27L;
Tar.Header.mod_time = 1381080318L;
Tar.Header.link_indicator = Tar.Header.Link.Normal;
Tar.Header.link_name = ""};
{Tar.Header.file_name = "_build/lib/tar.mllib";
Tar.Header.file_mode = ...; Tar.Header.user_id = ...;
Tar.Header.group_id = ...; Tar.Header.file_size = ...;
Tar.Header.mod_time = ...; Tar.Header.link_indicator = ...;
Tar.Header.link_name = ...};
...]
The distribution gives a small implementation to create a tarball, a compressed archive. The software allows to list the contents of a given tarball. The compression is done with decompress. You can look at the project documentation for more information on how to compress.
Alternatively, it is possible to use the Tar_gz module which offers the same
interface as Tar with compression.
This library is used by
The documentation and API reference is automatically generated by
odoc from the interfaces. It can be consulted online.