This reverts commit 5e1d7f1c85.
Reason for revert: retry with a fix to the failed tests
Test: atest art_standalone_oatdump_tests
Change-Id: I28872c643ba4ec07ef41b1f9be86036c592a6e4e
The changes include
- allow binder calls to ActivityManager and NativePackageManager
- allow binder calls from system server
- allow writes of statsd atoms
- allow init to start uprobestats
- permission for uprobestats config files and propery
- allow execution of oatdump so it can look up code offsets
- allow scanning /proc.
Test: m selinux_policy
Change-Id: Id1864b7dac3a2c5dcd8736c4932778e36b658ce3
Refactor to split the logic within statscompanion_service
The goal of the refactor is to simplify the binder calls to statsd
This service will talk to statsd.
At the end of the refactor, this service should be the only
service that talks to statsd.
Bug: 146074223
Test: Manual by creating the service with empty implementation
Change-Id: Ib9c2e10ec195d41062f1001e5a82b374696de939
Bug: 130734497
Test: m selinux_policy; system_server and statds still have permission
to export HIDL services.
Change-Id: I6e87b236bdbdd939fca51fb7255e97635118ed2d
There is now an incident section for statsd output data. These selinux
changes must be made for incident to call dump on statsd to get the
data.
Bug: 115678461
Test: adb shell incident -b 3023
and confirm that a valid statsd section is obtained
Change-Id: I761389c160ab3ab6c24556813a1a31088c0f5137
Let statsd find the service. The system server wants to read file
attributes for the perfprofd dropbox file.
Bug: 73175642
Test: m
Test: manual
Change-Id: I0c0b1dac057af90fff440286226093ec15b5e247
Statsd monitors battery capacity, which requires calls to the health
hal.
Fixes: 77923174
Bug: 77916472
Test: run cts-dev -m CtsStatsdHostTestCases -t android.cts.statsd.atom.HostAtomTests#testFullBatteryCapacity
Change-Id: I2d6685d4b91d8fbc7422dfdd0b6ed96bbddc0886
Updates statsd sepolicy so it can use the thermal hal.
Test: verified these policies solved sepolicy issues with thermal hal.
Change-Id: I36839a72494b084d5742c4d83c3ce9814102b974
These two selinux policy violations keep showing up from statsd's CTS
tests, although statsd and the CTS test seemed to function fine despite
them. Nonetheless, they seem reasonable to add to the list.
Bug: 73548694
Test: N/A. It didn't seem to be causing any issues in the first place.
Change-Id: Id36c5229c0d7de83675166caeb07c87b719dc374
To upload configs and download output, this line
is needed.
Bug: 72961153
Test: The statsd cts test passes
Change-Id: I0943cc841881dd5d15e24ba444b146087a81bf96
CTS tests need to be able to call, from hostside:
adb shell cmd stats dump-report (and others)
On a user build, this will fail because of an selinux policy violation
from shell. This cl fixes this by granting shell permission.
Similarly, Settings needs to communicate with statsd, so
system_app-statsd binder calls are given permission.
Bug: 72961153
Bug: 73255014
Test: run cts-dev -m CtsStatsdHostTestCases -t android.cts.statsd.atom.HostAtomTests
Test: manual confirmation
Change-Id: I6589ab4ef5c91a4a7f78eb97b63d9bb43e3d8f02
Test: Standard Traceur workflow works successfully with no
selinux denials on a user build.
Bug: 64762598
Change-Id: I0dfe506d463b63d70c5bda03f8706041ea7ab448
Instead of having statsd linking the perfetto client library
and talk directly to its socket, we let just statsd exec()
the /system/bin/perfetto cmdline client.
There are two reasons for this:
1) Simplify the interaction between statsd and perfetto, reduce
dependencies, binary size bloat and isolate faults.
2) The cmdline client also takes care of handing the trace to
Dropbox. This allows to expose the binder interaction surface
to the short-lived cmdline client and avoid to grant binder
access to the perfetto traced daemon.
This cmdline client will be used by:
- statsd
- the shell user (for our UI and Studio)
Bug: 70942310
Change-Id: I8cdde181481ad0a1a5cae5937ac446cedac54a1f
The exception for vendor_init in this neverallow was never needed.
Bug: 62875318
Test: Build walleye, bullhead
Change-Id: Iac2b57df30b376492851d7520994e0400a87f1e1
Perfetto is a performance instrumentation and logging framework,
living in AOSP's /external/pefetto.
Perfetto introduces in the system one binary and two daemons
(the binary can specialize in either depending on the cmdline).
1) traced: unprivileged daemon. This is architecturally similar to logd.
It exposes two UNIX sockets:
- /dev/socket/traced_producer : world-accessible, allows to stream
tracing data. A tmpfs file descriptor is sent via SCM_RIGHTS
from traced to each client process, which needs to be able to
mmap it R/W (but not X)
- /dev/socket/traced_consumer : privilege-accessible (only from:
shell, statsd). It allows to configure tracing and read the trace
buffer.
2) traced_probes: privileged daemon. This needs to:
- access tracingfs (/d/tracing) to turn tracing on and off.
- exec atrace
- connect to traced_producer to stream data to traced.
init.rc file:
https://android-review.googlesource.com/c/platform/external/perfetto/+/575382/14/perfetto.rc
Bug: 70942310
Change-Id: Ia3b5fdacbd5a8e6e23b82f1d6fabfa07e4abc405
This CL creates a traceur_app domain with userdebug privileges akin to
what shell has with regards to being able to find most services on
device. Previously, traceur was running as shell which was an
unintentional abuse of selinux architecture.
Bug: 68126425
Test: Traceur functions outside of shell user privilege
Change-Id: Ib5090e7e8225ad201b3ec24b506fe2717101d0f1
