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There's no real point in pulling it in in the timer already,
and it it somewhat saver to do so in the service.
(cherry picked from commit 11417c1058e1b8441ee8f30f948e854b7a6ce89e)
LP: #1716973
(cherry picked from commit 3e639687bbea08acd34f5a66dc99ea62848b7c17)
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The timer doing downloading runs throughout the day, whereas
automatic upgrade and clean actions only happen in the morning.
The upgrade service and timer have After= ordering requirements
on their non-upgrade counterparts to ensure that upgrading at
boot takes place after downloading.
LP: #1686470
(cherry picked from commit 496313fb8e83af2ba71f6ce3d729be687c293dfd)
(cherry picked from commit a234cfe1466066aa1f404cf01e544f16cb517846)
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.. instead of hardcoding the functionnality in the apt.systemd.daily
script.
Also make the compatibility cron job provide the same functionnality
for systems that do not use systemd.
Closes: #827930
(cherry picked from commit 51d659e7d8cdce59f910eceeee68e2c2afdb70d4)
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The rational is that we need to spread the load on the mirrors
that apt update and unattended-upgrades cause. To do so, we
leverage the RandomizeDelay feature of systemd. The other advantage
is that the timer is not run at a fixed daily.daily time but
instead every 24h. This also fixes the problem that the randomized
deplay in the current apt.cron.daily causes other cron jobs to
be deplayed.
A compatibility cron job is also provided for systems that do not
use systemd.
Note that the time is fired two times a day, but the logic inside
of apt.systemd.daily will ensure (via stamp files) that the
servers are hit at most every 24h. Firing two times a day helps
with the worst case update time and it also helps with systems
that are not always on.
LP: #246381, #727685
Closes: #600262, #709675, #663290
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