swupd-client

mirror of https://github.com/clearlinux/swupd-client.git synced 2026-09-07 14:11:52 +00:00

T

Matthew Johnson a24931e969 Release v3.16.0

This release adds some new features and optimizations to udpates.

* Apply all deltas from the pack, not just the renames identified in the
  manifest.
* Do not retry 404 downloads.
* Allow updates to specific version with the -m flag.

Additionally, some other minor issues were fixed, including a bug in
time stat reporting.

Signed-off-by: Matthew Johnson <matthew.johnson@intel.com>

2018-04-19 12:16:19 -07:00

data

Reduce the time between version checks.

2018-03-30 11:41:41 -07:00

docker

Add support for automated building within docker environment.

2017-02-02 11:38:49 -08:00

docs

update: allow update to a specific version using -m

2018-04-14 20:34:58 -07:00

scripts

Update swupd completion code

2018-03-26 11:23:04 -07:00

src

update: do not retry when server manifest not found

2018-04-14 20:34:58 -07:00

test

Apply all possible deltas from the pack, not only renames

2018-04-13 19:07:31 -07:00

.clang-format

Add Clang format style file

2016-03-07 14:23:18 -08:00

.gitignore

tests: ignore .MoM files in target-dir

2018-03-30 11:53:59 -07:00

.travis.yml

Add travis configuration for libarchive

2017-11-30 17:15:40 -08:00

autogen.sh

Add autogen.sh

2016-11-17 00:52:22 -08:00

configure.ac

Release v3.16.0

2018-04-19 12:16:19 -07:00

continous.sh

Add support for automated building within docker environment.

2017-02-02 11:38:49 -08:00

COPYING

Initial commit

2016-02-24 09:34:13 -08:00

Makefile.am

Rename swupd.c to main.c

2018-04-14 20:34:58 -07:00

README

Initial commit

2016-02-24 09:34:13 -08:00

swupd-add-pkg

swupd-add-pkg: use exact match for pkg name

2018-03-16 17:13:11 -07:00

swupd.bash

Update swupd completion code

2018-03-26 11:23:04 -07:00

template

Initial commit

2016-02-24 09:34:13 -08:00

README

The swupd-client package provides a reference implementation of a software
update client which performs file level updates of an OS, preferentially
using binary deltas whenever possible for efficiency under an assumption
that the OS develops with a release process aimed at rapidly deploying
small incremental changes.