Besides the basic execution that is similar to the (deprecating)
odrefresh case, fd_server also needs to be able to create and change
files in the output directory.
Bug: 205750213
Test: /apex/com.android.compos/bin/composd_cmd forced-odrefresh
# Saw composd started the fd_server and the VM
Change-Id: Ia66015b72c4bd232c623604be326c7d7145c0a38
They are served by the same process but have different clients:
- the main interface is exposed to system server;
- the internal interface is called by odrefresh when spawned by composd.
Test: compos_cmd forced-compile-test
Bug: 199147668
Change-Id: Ie1561b7700cf633d7d5c8df68ff58797a8d8bced
composd spawns odrefresh in its usual domain. odrefresh then spawns
fd_server in a different domain, and makes binder calls back to
composd to perform individual compilation steps.
fd_server is fairly generic, and part of the virt APEX, but this
instance is specific to composd (e.g. it has access to ART files), so
I named the domain composd_fd_server.
Bug: 186126194
Test: Run composd_cmd, artifacts generated
Change-Id: I5a431dd00b5b396a67021c618fc6edcfb25aa21b
Also allow odrefresh to run pvm_exec to talk to the CompOS VM.
And I moved the dontaudit & neverallow rules to the bottom while I was here.
Bug: 186126194
Test: adb shell apex/com.android.compos/bin/composd_cmd
Change-Id: I6f06dd6467a8eb59123d06c7179a86d9287e7f2f
ART is becoming a module and we need to be able to add new properties
without modifying the non updatable part of the platform:
- convert ART properties to use prefix in the namespace of
[ro].dalvik.vm.
- enable appdomain and coredomain to read device_config properties
that configure ART
Test: boot
Bug: 181748174
Change-Id: Id23ff78474dba947301e1b6243a112b0f5b4a832
Metrics are written to /data/misc/odrefresh by odrefresh during early
boot, then native code in ART system_server initialization passes them
to statsd and deletes the metrics files. This hand-off is necessary
because statsd does not start until after odsign and odrefresh have run.
Bug: 169925964
Test: manual
Change-Id: I8054519a714907819886dd6e5e78f3b5796d0898
ART runtime will be using userfaultfd for a new heap compaction
algorithm. After enabling userfaultfd in android kernels (with SELinux
support), the feature needs policy that allows { create ioctl read }
operations on userfaultfd file descriptors.
Bug: 160737021
Test: Manually tested by exercising userfaultfd ops in ART
Change-Id: I9ccb7fa9c25f91915639302715f6197d42ef988e
odrefresh should setattr on generated artifacts. This is apparent now
that it is now launched from init which sets a restrictive umask on
forked processes.
Bug: 181397437
Test: manually apply ART APEX update
Change-Id: I8e30c1ef1e42b3b68b3c07e860abb4dc2728e275
odrefresh is the process responsible for checking and creating ART
compilation artifacts that live in the ART APEX data
directory (/data/misc/apexdata/com.android.art).
There are two types of change here:
1) enabling odrefresh to run dex2oat and write updated boot class path
and system server AOT artifacts into the ART APEX data directory.
2) enabling the zygote and assorted diagnostic tools to use the
updated AOT artifacts.
odrefresh uses two file contexts: apex_art_data_file and
apex_art_staging_data_file. When odrefresh invokes dex2oat, the
generated files have the apex_art_staging_data_file label (which allows
writing). odrefresh then moves these files from the staging area to
their installation area and gives them the apex_art_data_file label.
Bug: 160683548
Test: adb root && adb shell /apex/com.android.art/bin/odrefresh
Change-Id: I9fa290e0c9c1b7b82be4dacb9f2f8cb8c11e4895
