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The documentation of APT::Periodic::Verbose doesn't match the code,
specifically level 2 should apply some things differently to level 1
but does not because it uses `-le 2` instead of `-lt 2` or `-le 1`.
Closes: 845599
(cherry picked from commit 250687865e2d27dc949b810e59b07161a4c8f762)
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We can't cleanup the environment like e.g. sudo would do as you usually
want the environment to "leak" into these helpers, but some variables
like HOME should really not have still the value of the root user – it
could confuse the helpers (USER) and HOME isn't accessible anyhow.
Closes: 842877
(cherry picked from commit 34b491e735ad47c4805e63f3b83a659b8d10262b)
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This unit runs unattended-upgrades. If apt itself is part of the
upgrade a restart of the unit will kill unattended-upgrades. This
will lead to an inconsistent dpkg status.
Closes: #841763
Thanks: Alexandre Detiste
(cherry picked from commit e133bb5e81b10bf059b3abeab2d9e41f7206e446)
LP: #1649959
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Gbp-Dch: ignore
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Normally make just lets every job write its output directly,
making the log fairly hard to read with high concurrency.
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dpkg on overlayfs cannot rename apt/script to apt, because overlayfs
will not let it move apt to a backup name, responding with XDEV
instead.
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The recently added (increased actually) Breaks were accidently dropped
while our set of mostly old and outdated breaks was cleaned up.
Regression-From: 20d2f4a4f164cd9026dad698e471c95d7c28973b
Previously-Add-In: ab07af708e49c9219940ffd3e20a01c763267e03
Closes: #836220
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There are some optional symbols missing now, but let's keep
them in for now, maybe they reappear/still exist on other
platforms.
The newly added ones actually appeared in older versions
already, but there's no huge gain in finding out when precisely
we added them.
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This is needed on FreeBSD which has versions like 11.0-RC1,
otherwise the tests would fail.
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This workaround is a bit more ugly, but does not use a
(somewhat) deprecated debhelper command.
Gbp-Dch: ignore
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Manually clean up the apt.maintscript, it moved stuff from
before the comment to after the comment...
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The README.source is not usable anymore, and the Build-Conflicts
andd Breaks/Replaces are not needed anymore.
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debhelper 10 is much nicer with the installation part from
a dirty tree, so you can just fix some stuff breaking the
install step and then continue building with debuild -b -nc
until you have fixed all your stuff.
It also has some other advantages, of course, like some
bug fixes in shell escaping for maintscript, or systemd
helper changes.
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This gets rid of the special casing of etc/apt, various
example file installations handled by the upstream build
system, and of course the directory creation for all dirs
created by the upstream build system.
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Hardcoding gpgv1 and gnupg1 breaks Ubuntu, because on Ubuntu,
these packages do not exist yet. Instead allow gnupg (<< 2)
for gnupg1 and gnupg2 for gnupg (>= 2), so we cover all
potential combinations.
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On Ubuntu, cmake installs are vendor-specific apt.conf.d
snippet, causing the build to fail.
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We need to support partial upgrades anyhow, so we have to deal with the
different versions and your tests try to ensure that we do, so we
shouldn't make any explicit higher requirements.
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Having the completions installed only by the packaging was
an oversight.
Gbp-Dch: ignore
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This also fixes Debian/apt#20, but is slightly more complete. I
think /git also looks better than /cgit, so let's switch the Vcs
entry in control over too.
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ctest as run by cmake by default does not show the output of the tests
even if the tests failed. In terms of our tests it could be handy to set
it always, but unfortunately it seems like cmake doesn't allow it if the
internet is to be believed, so lets enable it at least while building
packages and on travis.
Gbp-Dch: Ignore
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This is much better than removing them in debian/rules.
Gbp-Dch: ignore
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This was only needed temporarily
Thanks: Axel Beckert for reporting
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This commit looks heavy. Most of that comes from the fact that the
ordering of files in the translations changed with the switch to
CMake. I could have gone the extra mile to figure out the original
ordering and replicate it, but I have chosen to re-order everything
by file and line number, as that's easier.
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This can now build all documentation. It should also be fairly
reusable for other projects, as long as they follow the same
naming scheme for the po4a output files and set the PACKAGE_*
variables used here.
We could have done all translations in a single call to po4a
like the makefile based buildsystem does. While that would
have made the output slightly nicer, this solution offers a
huge performance gain because it can translate the documents
in parallel, which also means that the xsltproc stage does not
have to wait for all translations to be done first.
You might think that the add_custom_command() should list the
actual output files as BYPRODUCTS. This is not true however:
Because the files are not always generated, Ninja will think
missing byproducts mean that the target is out of date - which
is not what we want.
Finally, also add the missing doxygen support. Note that the
packaging script cleans up some md5 and map files created by
doxygen, otherwise it is fairly boring.
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The SOURCE_DIR property is used for the translation building and
was introduced in cmake 3.4
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This new packaging is much easier to read, although the duplication
in the install files is a bit annoying. We should probably also get
rid of the movefiles for solvers, planners, and https method; but
then we have to keep track of which methods exist in the apt package.
Another disadvantage is that building only the documentation packages
also requires building the code, as there's no way to turn off code
building in the project.
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This simplifies the design a bit, as we do not need to read the
major ABI version number from some file / command.
Gbp-Dch: ignore
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Yes, we might still add new features to 1.3 or break some more
stuff. Stay tuned!
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Escape "+" in kernel package names when generating APT::NeverAutoRemove
list so it is not treated as a regular expression meta-character.
[Changed by David Kalnischkies: let test actually test the change]
Closes: #830159
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Julian noticed on IRC that I fall victim to a lovely false friend by
calling referring to a 'planer' all the time even through these are
machines to e.g. remove splinters from woodwork ("make stuff plane").
The term I meant is written in german in this way (= with a single n)
but in english there are two, aka: 'planner'.
As that is unreleased code switching all instances without any
transitional provisions. Also the reason why its skipped in changelog.
Thanks: Julian Andres Klode
Gbp-Dch: Ignore
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Testing the current implementation can benefit from being able to be
feed an EIPP request and produce a fully compliant response. It is also
a great test for EIPP in general.
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The very first step in introducing the "external installation planer
protocol" (short: EIPP) as part of my GSoC2016 project.
The description reads: APT-based tools like apt-get, aptitude, synaptic,
… work with the user to figure out how their system should look like
after they are done installing/removing packages and their dependencies.
The actual installation/removal of packages is done by dpkg with the
constrain that dependencies must be fulfilled at any point in time (e.g.
to run maintainer scripts).
Historically APT has a super micro-management approach to this task
which hasn't aged that well over the years mostly ignoring changes in
dpkg and growing into an unmaintainable mess hardly anyone can debug and
everyone fears to touch – especially as more and more requirements are
tacked onto it like handling cycles and triggers, dealing with
"important" packages first, package sources on removable media, touch
minimal groups to be able to interrupt the process if needed (e.g.
unattended-upgrades) which not only sky-rocket complexity but also can
be mutually exclusive as you e.g. can't have minimal groups and minimal
trigger executions at the same time.
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