This includes a fix for the minor v2 API change introduced by 341a37095f. 👍
Signed-off-by: Andrew "Tianon" Page <admwiggin@gmail.com>
Upstream-commit: b447fef7ecb740bc0f9ece75e10926fc5f121b5c
Component: engine
Turns out that `-f` on a file that's in `.dockerignore` actually does work. No idea why it wasn't when I was doing this before, but oh well! 🤘
Signed-off-by: Andrew "Tianon" Page <admwiggin@gmail.com>
Upstream-commit: 9f5730e131699caaf6f8f6f941d5942d68295055
Component: engine
From the Bash manual's `set -e` description:
(https://www.gnu.org/software/bash/manual/bashref.html#index-set)
> Exit immediately if a pipeline (see Pipelines), which may consist of a
> single simple command (see Simple Commands), a list (see Lists), or a
> compound command (see Compound Commands) returns a non-zero status.
> The shell does not exit if the command that fails is part of the
> command list immediately following a while or until keyword, part of
> the test in an if statement, part of any command executed in a && or
> || list except the command following the final && or ||, any command
> in a pipeline but the last, or if the command’s return status is being
> inverted with !. If a compound command other than a subshell returns a
> non-zero status because a command failed while -e was being ignored,
> the shell does not exit.
Additionally, further down:
> If a compound command or shell function executes in a context where -e
> is being ignored, none of the commands executed within the compound
> command or function body will be affected by the -e setting, even if
> -e is set and a command returns a failure status. If a compound
> command or shell function sets -e while executing in a context where
> -e is ignored, that setting will not have any effect until the
> compound command or the command containing the function call
> completes.
Thus, the only way to have our `.integration-daemon-stop` script
actually run appropriately to clean up our daemon on test/script failure
is to use `trap ... EXIT`, which we traditionally avoid because it does
not have any stacking capabilities, but in this case is a reasonable
compromise because it's going to be the only script using it (for now,
at least; we can evaluate more complex solutions in the future if they
actually become necessary).
The alternatives were much less reasonable. One is to have the entire
complex chains in any script wanting to use `.integration-daemon-start`
/ `.integration-daemon-stop` be chained together with `&&` in an `if`
block, which is untenable. The other I could think of was taking the
body of these scripts out into separate scripts, essentially meaning
we'd need two files for each of these, which further complicates the
maintenance.
Add to that the fact that our `trap ... EXIT` is scoped to the enclosing
subshell (`( ... )`) and we're in even more reasonable territory with
this pattern.
Signed-off-by: Andrew "Tianon" Page <admwiggin@gmail.com>
Upstream-commit: 929af4c38d8ca4754d2a3ccf087d359bb67c33f3
Component: engine
https://www.kali.org/ is a Debian derivative. This script completes
succesfully using the Debian install path
Signed-off-by: Andrew Martin <sublimino@gmail.com>
Upstream-commit: 2dd88af79b0e1af6df0551b993cd9fffbd5881ee
Component: engine
libdm started offering deferred remove functionality from version
1.02.89. As docker still builds against older libdm, define a tag
libdm_no_deferred_remove to determine whether we are compiling
against new libdm or older one and enable/disable deferred remove
functionality accordingly.
Signed-off-by: Vincent Batts <vbatts@redhat.com>
Signed-off-by: Vivek Goyal <vgoyal@redhat.com>
Upstream-commit: b3e29926cef104c9ef99ff05ed1490cf821bb7b0
Component: engine
It's basically just an Ubuntu, I'm a total noob but I've tried it on elementary OS "Freya" and it worked
Signed-off-by: M Yahya <ya7yaz@gmail.com>
Upstream-commit: b57830aee4abc86155d401b6d8a0215c3a4b5a1b
Component: engine
- every execution of dirname costs time
- less repeating
Signed-off-by: Jörg Thalheim <joerg@higgsboson.tk>
Upstream-commit: 6533cb973f6bab672018148fd6a67644580cc61f
Component: engine
better safe then sorry. especially for rm
Signed-off-by: Jörg Thalheim <joerg@higgsboson.tk>
Upstream-commit: ac20568b0a62c794c0f1190703f051bd1cfac341
Component: engine
This is a symlink to the latest "bundle" that was assembled. For example, if `VERSION` is currently `1.5.0-dev`, then `bundles/latest` will be a symlink to `bundles/1.5.0-dev` after an attempted build.
One interesting property of this is that after a successful `binary` build, we can `./bundles/latest/binary/docker -v` and get back something like `Docker version 1.5.0-dev, build 3ff6723-dirty`.
Signed-off-by: Andrew "Tianon" Page <admwiggin@gmail.com>
Upstream-commit: d42753485b71f5f26b682a187d1963ef138cd0ab
Component: engine
This will assure that the install script will not
begin executing until after it has been downloaded should
it be utilized in a 'curl | bash' workflow.
Signed-off-by: Eric Windisch <eric@windisch.us>
Upstream-commit: fa961ce0463ebd738da875c3a6da8171373d7723
Component: engine
Docker does not know about our named cpuacct,cpu,cpuset cgroup
hierarchy with multiple subsystems in it. So to use them with docker
in integration-cli test TestRunWithCpuset inside docker container
we need to add symlinks to them in hack/dind script.
Example:
old version of parser will do:
cat /proc/1/cgroup
11:cpu,cpuacct,name=my_cpu_cpuacct:/
...
and create and mount this hierarchy to directory
/cgroup/cpu,cpuacct,name=my_cpu_cpuacct/
so docker cannot find it because it has strange name
in new parser directory will be same as on host
/cgroup/my_cpu_cpuacct
and have symlinks for docker to find it
/cgroup/cpu -> /cgroup/my_cpu_cpuacct
/cgroup/cpuacct -> /cgroup/my_cpu_cpuacct
in other case if where is no name
cat /proc/1/cgroup
11:cpu,cpuacct:/
...
mount will be same for both parsers
/cgroup/cpu,cpuacct
and new one will also create symlinks
/cgroup/cpu -> /cgroup/cpu,cpuacct
/cgroup/cpuacct -> /cgroup/cpu,cpuacct
Signed-off-by: Pavel Tikhomirov <ptikhomirov@parallels.com>
Upstream-commit: d322cd5dcb0ad480c974f4cc58d9d01c3d2801a7
Component: engine
