This adds the classes for creating and serializing arguments and results
from keymaster as well as the enum values from
hardware/libhardware/include/hardware/keymaster_defs.h which will be
needed for argument creation as well as converting keymaster error
codes into Java exceptions.
Change-Id: I61046756361d43d9f02eea370c2cbd07c3638ea3
This commit removes a couple of apostrophes from the word "UEvents" as
the apostrophes would only be needed if something that belongs to the
UEvent was being talked about. Instead, the UEvents are being talked
about themselves - as a bunch.
Change-Id: I6a7908c6b73c0739102b632d2499e0f1e3c2d47f
When the display state is DOZE or DOZE_SUSPEND, assume this means
that the AP may go to sleep at any time so hold a wake lock for
a little while starting when traversals are scheduled to ensure
that the AP remains awake long enough to draw and post the frame
to the display hardware.
This patch is somewhat approximate but should be good enough for
most devices today.
Note that the implementation uses the window manager to ensure that
the window which wants to draw is actually visible before acquiring
the wake lock. There is a cost to this test (a round-trip) which
should not be significant today since we do not expect apps to draw
more than one frame or two while dozing. However, if we wanted to
support animations in general, we might want to optimize it or
eliminate the check altogether (since we can already account for
the app's use of the wake lock).
Another way to implement this functionality might be for the view
hierarchy to listen for the power manager to report that it has entered
a non-interactive power state before deciding to poke draw locks.
This would be somewhat more accurate than watching the display state.
Also, the draw lock timeout logic could be implemented more directly
instead of using an ordinary timed wake lock.
Bug: 18284212
Change-Id: I84b341c678303e8b7481bd1620e634fe82cc4350
Path can be null if sd card was ejected, and we shouldn't make a thumbnail
in that case.
Bug: 19380821
Change-Id: Iee69effdd321622de026ad7b57c74cf9da81a176
A security leak was discovered whereby a malicious app could get the
IActivityContainer object from one app and use it to inject events
into another app. This fix removes the availability of the
IActivityContainer and replaces its one use with a method for
returning the information the IActivityContainer was used for.
Fixes bug 19394591.
Change-Id: Ib3cec25b25130cd8e098892c057742cfd575cfdd
- Remove the obsolete --runtime-init arg. its prescence
was preventing other arguments from being parsed.
- Be stricter about unparsed args - throw if we see arguments
we don't expect. This was already implemented but broken
(probably implemented by a crap programmer).
bug: 19378905
Change-Id: Id8b6158db7ef6368dd13ae61f591cdf2b278dfd1
Compiler initializes RuntimeInit during compilation and stores an
initialized version of the class in oat file. Same thing happens to
DdmServer which handles DDM packets in JDWP thread started during JVM
creation. This means that after the creation of JVM all
DDM packets are handled by DdmServer.dispatch and since it's already
initialized during compilation it has all framework related handlers
already registered. If a packet arrives before AndroidRuntime.startReg
is called then framework native methods are not yet registered and the
processing of the packet fails with UnsatisfiedLinkError.
To fix this problem the registration of framework related DDM handlers
is moved to the beginning of ZygoteInit.main and RuntimeInit.main. This
means that the handlers won't be registered until main method is called
and that's guaranteed to be after AndroidRuntime.startReg is called. It
also guarantees that DDM packets will be properly handled as soon as
Java code is executed.
Bug: 18081539.
Change-Id: I9c674f53f3f62d58c46886e0b60698182e08f0c3
