...an activity from a notification
We don't remove pending intents when updating an app, which is necessary
to keep app widgets and other things working. However, when uninstalling
an app, we should clear out all of its pending intents.
Change-Id: I4b2980f407dbae6c2f4700ca8bc08f299f0a6dca
BatteryStatsImpl can reset its collected data, including
removing a BatteryStatsImpl$Uid$Proc object. If a ProcessRecord
has a direct reference, then the battery stats for a process
will be recorded in an old Proc object and prevent GC, causing
a memory leak.
bug:11087238
Change-Id: I19a9cd9d8361c10446a8ebdd5c0860b56c442209
When I cleaned up how we maintained the lifecycle of the tracker with a
service, I broke most tracking of the service restart state. (Since at
that point the service is no longer associated with a process, so I
must clean up the tracker state). This change introduces a new special
case for interacting with a service tracker to explicitly tell it when
a service is being restarted. It also fixes how we update the process
state when services are attached to it, so it goes in and out of the
restarting state correctly.
In addition:
- Maybe fix issue #11224000 (APR: Dependent processes not getting added
to LRU list). We were not clearing ServiceRecord.app when bringing
down a service, so if for some reason there were still connections to
it at that point (which could happen for example for non-create bindings),
then we would so it when updating the LRU state of that client process.
- dumpsys procstats's package argument can now be a package or process
name, and we will dump all relevent information we can find about that
name.
- Generally improved the quality of the dumpsys procstats output with its
various options.
- Fixed a bug in ActivityManager.dumpPackageState() where it would hang if
the service was dumping too much, added meminfo to the set of things
dumped, and tweaked command line options to include more data.
- Added some more cleaning code to ActiveServices.killServices() to make
sure we clean out any restarting ServiceRecord entries when a process is
being force stopped.
- Re-arranged ActiveServices.killServices() to do the main killing of the
service first, to avoid some wtf() calls that could happen when removing
connections.
Bug: 11223338
Bug: 11224000
Change-Id: I5db28561c2c78aa43561e52256ff92c02311c56f
...the repeated hour in DST transition
Record the last crash info that caused an app to be marked as a bad app.
Also for the battery work, add a system property tuning parameter to be
able to control the background service start delay, so we can easily
run experiments with it turned off if we want.
Change-Id: Ic33dc464d8011c918a39b912da09ea4f0fb28874
...not to work on KitKat (was: Janky exit animation)
Reworking the LRU list (splitting it into an activity vs. empty
section) accidentally broken the old behavior of "client activity"
processes being prioritized with activity processes. In fact, we
were no longer marking "client activity" processes at all.
In this change, we rework how we manage "client activity" processes
by putting them on the main activity LRU section. This is generally
simple -- ActiveServices now keeps track of whether a process is
a "client activity" process based on its bindings, and updateLruProcess
treats these as regular activity processes. However, we don't want
to allow processes doing this to spam our LRU list so that we lose
everything else, so there is some additional complexity in managing
that list where we spread client activity processes across is so
that the intermingle with other activity processes.
The rest of the change is fairly simple -- the old client activity
process management is gone, but that doesn't matter because it wasn't
actually running any more. There is a new argument to updateLruProcess
to indicate a client process it comes from (since we now need to update
this based on bindings) which is just used to limit how high in the
LRU list we can move things. The ProcessRecord.hasActivities field is
simply removied, because ProcessRecord.activities.size() > 0 means the
same thing, and that is actually what all of the key mechanisms are using
at this point.
Finally, note there is some commented out code of a new way to manage
the LRU movement. This isn't in use, but something I would like to
move to in the next release so it is staying there for now for further
development.
Change-Id: Id8a21b4e32bb5aa9c8e7d443de4b658487cfbe18
The startService() and stopServie() calls had a redundant check for
the incoming user ID being valid, but with its own custom implementation
that doesn't match the normal handleIncomingUser flow. In fact, for
both of these we are going to do handleIncomingUser anyway when we get
to retrieveServiceLocked(), so there was just no need for this.
Change-Id: I14409a03781a14a5f1a786aceb31dcc77efb062c
Minor changes for dumping stack traces:
- Print the native traces right after foreground/persistent apps
- Also include mediaserver, sdcard, and surfaceflinger in traces
Bug: 11321322
Change-Id: Ic09b7da316a5f197dda0ac3bde06f75574cc2166
The android package is now a special case, not being added to the package list
when creating a multi-process component. There is no need, since this package
is actually the framework itself which must be loaded in every process.
Also cleaned up some of the procstats dump output to help see what is going
on here.
Change-Id: If65d35ecd562f3154bdebfded69c454af6ce8c96
Two problems addressed here:
- If a call to startActivity() comes in on an activity that is finishing, we can
end up putting the new activity in a stack that isn't actually in use any more
(if the finishing activity is the last one on that stack). This is a bad case,
anyway, so if this happen the treat it as not being called on an existing
activity and switch to NEW_TASK to find a task for it.
- There was a bug in handling PACKAGE_CHANGE broadcasts that would result in the
app's processes being killed, even though the cleanup through the activities
was done. This could leave the activity stack in a bad state. Fix this to
correctly provide an app id for the changing package so that its processes are
killed.
Change-Id: Iece04e0cf95025c3d30353d68bf3d14fd39d44c3
Killing an app that was launched from home was not relaunching home.
Previous situations relaunched the next app (i.e. home) based on the
task flag. However, when an app dies the relaunch is deferred until
the TaskRecord has long been forgotten. This fix rearranges the stacks
immediately upon the TaskRecord being removed from the stack. Then the
next resumeTopActivities() call will start the home task.
Fixes bug 11189555.
Change-Id: I0e09350a7db55ea8b38cce7bf4b69923a6b99494
Screenshots were not being made for tasks with the flag
FLAG_EXCLUDE_FROM_RECENTS set. But if the task is in the foreground
the shot should be taken even with the flag set. This fix adds a test
for tasks being in the foreground.
Fixes bug 11170567.
Change-Id: If42db7f43ed1dd8d2b16b68824adc813b31c94f0
We now treat PROCESS_STATE_TOP more specially. When a process has another
client bound to it that is TOP, it will only allow itself to go in the TOP
state if it is not already running for another significant reason.
Change-Id: Ia3856406bd481bf6e98d55100a5513ccf4060e0d
