PAC (Proxy auto-config) files contain a single javascript function,
FindProxyForURL(url, host). It gets called to determine what proxy should be
used for a specific request.
This adds PAC support to the system. The ProxyProperties has been modified
to hold the PAC file when one is present. The Proxy method
setHttpProxySystemProperty has been modified to insert a PacProxySelector
as the default ProxySelector when it is required. This new ProxySelector
makes calls to the ConnectivityService to parse the PAC file.
The ConnectivityService and the WifiConfigStore have been modified to support
saving the extra PAC file data.
The ConnectivityService now has a class attached (PacProxyNative) that
interfaces to the native calls for PAC files. The parsing of the PAC file
is handled by libpac (which is being added to external/) which utilizes
libv8 to parse the javascript.
As a fallback to applications that don't use the java ProxySelector, the proxy
is setup to point to a local proxy server that will handle the pac parsing.
bug:10182711
Change-Id: I5eb8df893c632fd3e1b732385cb7720ad646f401
Add Service.onProvideAssistData(Bundle) which will be
called on foreground Services that have the new attr
in their manifest of provideAssistData = true;
Rename private reference to e.g. "getTopActivityExtras"
as "getAssistContextExtras" - do not rename the relevant
permission, since it is already public.
In ActivityManagerService, request extras both from the
top activity and from any foreground services with the
above attribute. Extend PendingActivityExtras as
PendingAssistExtras with a list of Services from which
extras are expected.
Reduce the timeout to or reporting extras from 4 sec to
just 500 ms.
Bug: 9526331
Change-Id: Ia03b96e8189033a68ae9c514c8cea0199a19bce8
The bindService() and startService() calls have always had
undefined behavior when used with an implicit Intent and there
are multiple matching services. Because of this, it is not
safe for applications to use such Intents when interacting with
services, yet the platform would merrily go about doing... something.
In KLP I want to cause this case to be invalid, resulting in
an exception thrown back to the app. Unfortunately there are
lots of (scary) things relying on this behavior, so we can't
immediately turn it into an exception, even one qualified by the
caller's target SDK version.
In this change, we start loggin a WTF when such a call happens,
and clean up some stuff in Bluetooth that was doing this behavior.
Change-Id: I62e25d07890588d2362104e20b054aebb6c0e007
...when clipboard listener attached
We need to clear the calling identity before dispatching change
notifications. Also make this more robust, so that in the face
of any failure we will clean up the broadcast state.
Integrated from master.
Change-Id: I05e1f76ffd486439535631fe4062dabe94bd2ccf
Provide system bar window visibility (showing/hiding) to sysui,
information it did not have before.
Use this new info to disable shade interaction when bars are hiding.
Bug: 8682123
Change-Id: I4105b789866f847582af1c68a703240d773fa71e
For apps build against the KLP+ SDK, this will now throw an illegal argument
exception. Legacy apps will simply see the alarm delivered immediately.
Bug 9965704
Change-Id: Ia103d9529d32640098be324820fe228efa95431d
Provides a way for PreferenceActivities to verify that they
aren't being launched with Fragments not meant to be attached to
them. Default implementation will fail verification for apps built
with KLP. This will not affect apps built for earlier targets.
Also, make sure that the class being instantiated is a Fragment and
not some random class.
Bug: 9901133
Change-Id: I564cd5168eabcadd7594ea8011e2081ebebfe063
This is a new op parallel to the existing OP_MONITOR_LOCATION
but only tracks those requests deemed to be above a
power threshold.
Change-Id: I76fe4d9d2e550293b9da6d5cf902a5b4dd499f0f
This CL adds an interface and classes for scoring notifications.
The NotificationManagerService initializes an array of scorers
specified as a resource. When a Notification is enqueued, the
getScore() method is called successively on the scorers, each
getting the Notification to be scored, and the score outputted
by the previous scorer. At present there is a single scorer
which prioritizes Notifications that mention the display name of
a starred contact.
To turn off the StarredContactNotificationScorer:
adb shell settings put global contact_scorer_enabled 0
Change-Id: Ic16c80952e7c85bdde292ebb3f7900efb01f2e29
new shouldInterrupt logic: screen on, not locked, not dreaming, and
priority above HIGH and noisy, or has fullscreen intent
draft of API allowing devs to give hints about head up display
reuse inflateViews()
add an expand helper to the heads up space
move some things into Entry for reuse
don't allow touches in first second
delay decay if touched
make decay time a resource
add a custom viewgroup for notification rows to get view management
out of the NotificationData class.
Change-Id: I36464f110cfa0dabc3f35db7db6c35c27e8ee2ba
We now keep track of all of the active start operations per
non-system process, so they can be cleaned up if the process
goes away.
Change-Id: I9d05f1e0281c47dbe1213de014f0491f1359685c
The default Alarm Manager behavior for KLP+ apps will be to aggressively
coalesce alarms, trading exact timeliness of delivery for minimizing the
number of alarm-delivery points, especially wakeup points.
There is new API in AlarmManager, setExact() and setExactRepeating(),
for use by apps that absolutely *must* get their alarms at a specific
point in time.
Bug 9532215
Change-Id: I40b4eea90220211cc958172d2629664b921ff051
Also do some tweaking of the various container classes
to synchronize them with the support lib and make it
easier to copy code between the two.
And update activity/fragment to use ArrayMap.
Change-Id: I3cfe82392a17119dfc72c3d9961f64e1914f42be
These new constants are a better mapping to the kind of
information that procstats is wanting to collect about
processes. In doing this, the process states are tweaked
to have a bit more information that we care about for
procstats.
This changes the format of the data printed by procstats,
so the checkin version is bumped to 2. The structure is
the same, however the codes for process states have all
changed. The new codes are, in order of precedence:
p -- persistent system process.
t -- top activity; actually any visible activity.
f -- important foreground process (ime, wallpaper, etc).
b -- important background process
u -- performing backup operation.
w -- heavy-weight process (currently not used).
s -- background process running a service.
r -- process running a receiver.
h -- process hosting home/launcher app when not on top.
l -- process hosting the last app the user was in.
a -- cached process hosting a previous activity.
c -- cached process hosting a client activity.
e -- cached process that is empty.
In addition, we are now collecting uss along with pss
data for each process, so the pss checkin entries now
have three new values at the end of the min/avg/max uss
values of that process.
With this switch to using process state constants more
fundamentally, I realized that they could actually be
used by the core oom adj code to make it a lot cleaner.
So that change has been made, that code has changed quite
radically, and lost a lot of its secondary states and flags
that it used to use in its computation, now relying on
primarily the oom_adj and proc state values for the process.
This also cleaned up a few problems -- for example for
purposes of determing the memory level of the device, if a
long-running service dropped into the cached oom_adj level,
it would start being counted as a cached process and thus
make us think that the memory state is better than it is.
Now we do this based on the proc state, which always stays
as a service regardless of what is happening like this, giving
as a more consistent view of the memory state of the device.
Making proc state a more fundamentally part of the oom adj
computation means that the values can also be more carefully
tuned in semantic meaning so the value assigned to a process
doesn't tend to change unless the semantics of the process
has really significantly changed.
For example, a process will be assigned the service state
regardless of whether that services is executing operations
in the foreground, running normally, or has been dropped to
the lru list for pruning. The top state is used for everything
related to activities visible to the user: when actually on
top, visible but not on top, currently pausing, etc.
There is a new Context.BIND_SHOWING_UI added for when system
services bind to apps, to explicitly indicate that the app
is showing UI for the system. This gives us a better metric
to determine when it is showing UI, and thus when it needs
to do a memory trim when it is no longer in that state. Without
this, services could get in bad states of continually trimming.
Finally, more HashSet containers have been changed to ArraySet,
reducing the temporary iterators created for iterating over
them.
Change-Id: I1724113f42abe7862e8aecb6faae5a7620245e89
The activity manager now keeps a new "process state" for
each process, indicating the general execution and memory
state of the process. This closely follows the out-of-memory
adjustment and scheduling class that it currently tracks,
but roles these together (plus a little more info) into one
more semantically meaningful number.
This value is reported to each process as it changes, so they
can do things like tune the Dalvik garbage collector to match
the current process state.
I think I should also switch to this for process states. It
will give is more meaningful divisions of time for each process.
Also fix a problem in the activity stack where the previous
process was not being set correctly when moving between
activity stacks.
Change-Id: I598b1667dc46547f8fadae304e210c352cc9d41f
The new location monitoring op is to tell us when an application
is monitoring for any location changes. It may be useful information
in addition to the more explicitly information about when location
data actually goes to the app.
Also make parts of AppOpsManager public for use by gcore. It is
not available to third party apps.
Change-Id: Ib639f704258ffdd7f3acd7567350ed2539da628a
Rename convertToOpaque to convertFromTranslucent. Add the
counterpart to Activity.convertFromTranslucent() for returning from
opaque to a translucent Activity. The caller should wait until
TranslucentConversionListener.onTranslucentConversionComplete() is
called before actually changing the background to translucent.
Change-Id: Id04b026bcc4dd8bad9a33a7af126e1bb28fb9c03
Introduce ResourcesManager and ResourcesKey as standalone classes.
Move DisplayMetrics and Resources HashMaps from ActivityThread to
ResourcesManager.
Change-Id: I20cc6c0dd1b74667354839e5ac9a660f4ee2d00d
- New Activity.reportFullyDrawn() method that applicatins can call
when they know they are fully drawn, allowing us to have better
app launch time info. This data is also included in usage stats.
- Added total and free memory data "dumpsys meminfo".
- Tuned the moderate memory levels to be more aggressive about
considering the device getting low on RAM, and thus starting
to prune RAM from processes.
- Fixed issues in processstats when reading old data as well as
resetting and other various fixes.
Change-Id: I20efe7451afb4edfa1aeec448328ba601c24d869
We now persistent the current procstats to storage
to keep them across boots. Still need to do division
and pruning across days; right now they will just keep
collecting forever.
Also fix some bugs in the checkin output.
Change-Id: I4dd9317dbe2ee0642af8f2f0be1f2bd9c4055e80
The activity manager now uses some heuristics to try to
sample PSS data from processes so that it can get enough
data to over reasonable time have something useful, without
doing it too aggressively.
The current policy is:
1. Whenever a significant global change happens (memory state,
sceen on or off), we collect PSS from all processes; this will
not happen more than every 10 minutes.
2. When all activities become idle, we will collect PSS from the
current top process; this will not happen more than every 2
minutes per process.
3. We will sample the top-most process's PSS every 5 minutes.
4. When an process's oom adj changes and it has been more than
30 minutes since PSS has been collected from it, we will
collect a new PSS sample.
5. If a process changes from service A to service B (meaning it
has been running a service for a long time), we will collect
a PSS sample from it.
6. If someone explicitly requests PSS data (for running services
UI or dumpsys), record that.
Also:
- Finish moving the procstats output all to the new format.
- Record information about processes being killed due to excessive
wake locks or CPU use in procstats.
- Rework how we structure common vs. per-package process stats to
make it simpler to deal with.
- Optimize the Debug.getPss() implementation (we use it a lot now).
Should probably optimize it further at some point.
Change-Id: I179f1f7ae5852c7e567de4127d8457b50d27e0f0
