package tar-mirage
Decode and encode tar files
Install
Dune Dependency
Authors
Maintainers
Sources
tar-0.9.0.tbz
sha256=7eb618c518816a81adf2c601feea911a98dfc229f7006dcc2768b932709768aa
md5=4524e7c290530d4243e0e9429fb3d224
README.md.html
tar-format -- decode and encode tar files
tar-format is a simple library to read and write tar files with an emphasis on streaming.
This is pure OCaml code, no C bindings.
Example toplevel session
In utop:
utop # #require "tar";;
utop # #require "tar.lwt";;
utop # lwt f = Lwt_unix.openfile "/tmp/foo.tar" [ Unix.O_RDONLY ] 0 ;;
val f : Lwt_unix.file_descr = <abstr>
utop # Tar_lwt_unix.Archive.list f;;
[{Tar_lwt_unix.Header.file_name = "_build/lib/tar.mli.depends";
Tar_lwt_unix.Header.file_mode = 420; Tar_lwt_unix.Header.user_id = 1000;
Tar_lwt_unix.Header.group_id = 1000; Tar_lwt_unix.Header.file_size = 21L;
Tar_lwt_unix.Header.mod_time = 1381080315L;
Tar_lwt_unix.Header.link_indicator = Tar_lwt_unix.Header.Link.Normal;
Tar_lwt_unix.Header.link_name = ""};
{Tar_lwt_unix.Header.file_name = "_build/lib/tar_unix.mli.depends";
Tar_lwt_unix.Header.file_mode = 420; Tar_lwt_unix.Header.user_id = 1000;
Tar_lwt_unix.Header.group_id = 1000; Tar_lwt_unix.Header.file_size = 27L;
Tar_lwt_unix.Header.mod_time = 1381080318L;
Tar_lwt_unix.Header.link_indicator = Tar_lwt_unix.Header.Link.Normal;
Tar_lwt_unix.Header.link_name = ""};
{Tar_lwt_unix.Header.file_name = "_build/lib/tar.mllib";
Tar_lwt_unix.Header.file_mode = ...; Tar_lwt_unix.Header.user_id = ...;
Tar_lwt_unix.Header.group_id = ...; Tar_lwt_unix.Header.file_size = ...;
Tar_lwt_unix.Header.mod_time = ...; Tar_lwt_unix.Header.link_indicator = ...;
Tar_lwt_unix.Header.link_name = ...};
...]
Example users
This library is used by
xapi to read and write VM images
Installation
tar-format
can be installed with opam
:
opam install tar-format
If you don't use opam
consult the opam
file for build instructions.
Documentation
The documentation and API reference is automatically generated by ocamldoc
from the interfaces. It can be consulted online.
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>