The job queue now handles URI permissions associated with
the Intent of each job. Just (kind-of) like Service!
Also do the second pass of locking in job scheduler, getting
rid of all the async dispatching on a handler, and just executing
calls right in line with simple locking. This probably fixes
a few other race issues, and allows us to make sure that we
always finish a job correctly when dequeuing the last work (we
will always atomically dequeue and finish, so no new work can
slip in between).
And fix a little debug output in IntentFilter.
Test: ran CtsJobSchedulerTestCases, added new test for URI perms.
Change-Id: I52f700ef0cd5be3ff70050f9c0f5fe3e8a5ccac1
The NotificationManager.startServiceInForeground() experiment is over,
and will not ship as API, so it's time to tidy up and get rid of it.
Bug 36130212
Test: manual
Change-Id: I834d1ce059aa464ff27f69f5e5d3625cc5e61d8a
Based on API council feedback, switch to using real UUID objects
instead of Strings. Since UUID is a general-purpose utility class
that will be passed around quite a bit, add it to Parcel and Bundle.
Define well-known namespaced UUID values for "default" and "primary
physical" storage devices, which will let us annotate a bunch of
things with @NonNull.
Define new extras for MANAGE_STORAGE intent that apps can use to
signal where and how much space they'd like the user to free up.
Test: cts-tradefed run commandAndExit cts-dev -m CtsAppSecurityHostTestCases -t android.appsecurity.cts.StorageHostTest
Bug: 37325923, 35812899, 35806020
Change-Id: I8421b126d680f69141a361c1e77223fe2bf4a325
The purpose here is to provide support for selectively
enabling Runtime Resource Overlays (RROs) (specifically
those pertaining to a specific SKU, within a OEM's "single
build" covering multiple SKUs) at boot based on the value
of a pre-defined system property.
This mechanism is designed to be compatible with other,
recent changes to Runtime Resource Overlays - specifically:
- has no effect on 'isStatic'. Resource overlays must be
attributed as static in order to qualify for loading into
the system_server. The 'requiredSystemPropertyName/
requiredSystemPropertyValue' mechanism operates
independent of this and can be used on both static and
non static overlays. The effect of specifying a conditional
property on any overlay is that it will ONLY be enabled
in the event that the system reflects both the property
and the specified value (Note that in the ABSENCE of a
conditional property, overlays are assumed to be enabled).
- has no effect on OverlayManagerService (OMS) API. The
OMS provides the system with an interface through which
overlays can be enabled/disabled and even rearranged at
runtime. This provides the basis of support for various
user-level features (e.g. dynamic theme selection).
The 'requiredSystemPropertyName/requiredSystemPropertyValue'
mechanism operates independent of this -
with enablement being completely coupled to the available
system properties on the device and NOT subject to change
at runtime.
Note: as part of this change, original overlay tests have been
updated (fixed) and expanded to include tests to cover the
conditional property implementation.
Issue: http://b/35100249
Test: frameworks/base/core/tests/overlaytests/testrunner.py
Change-Id: I1990ce21a27a385db1e2f53294b69dd03988351e
(cherry picked from commit d5566c6c47)
Fixed @see errrors and upper cased api to API
Test: 'make docs' followed by viewing PackageManager.html
Bug: 37325276
Change-Id: I26abc2f75a6b9f0b785b29d695461596e53108fb
The purpose here is to provide support for selectively
enabling Runtime Resource Overlays (RROs) (specifically
those pertaining to a specific SKU, within a OEM's "single
build" covering multiple SKUs) at boot based on the value
of a pre-defined system property.
This mechanism is designed to be compatible with other,
recent changes to Runtime Resource Overlays - specifically:
- has no effect on 'isStatic'. Resource overlays must be
attributed as static in order to qualify for loading into
the system_server. The 'requiredSystemPropertyName/
requiredSystemPropertyValue' mechanism operates
independent of this and can be used on both static and
non static overlays. The effect of specifying a conditional
property on any overlay is that it will ONLY be enabled
in the event that the system reflects both the property
and the specified value (Note that in the ABSENCE of a
conditional property, overlays are assumed to be enabled).
- has no effect on OverlayManagerService (OMS) API. The
OMS provides the system with an interface through which
overlays can be enabled/disabled and even rearranged at
runtime. This provides the basis of support for various
user-level features (e.g. dynamic theme selection).
The 'requiredSystemPropertyName/requiredSystemPropertyValue'
mechanism operates independent of this -
with enablement being completely coupled to the available
system properties on the device and NOT subject to change
at runtime.
Note: as part of this change, original overlay tests have been
updated (fixed) and expanded to include tests to cover the
conditional property implementation.
Issue: http://b/35100249
Test: frameworks/base/core/tests/overlaytests/testrunner.py
Change-Id: I1990ce21a27a385db1e2f53294b69dd03988351e
