Critical processes currently cause the device to reboot into recovery when they
crash 4 times in 4mins.
We extend this feature to a new 'updatable' class of init services.
If these services crash 4 times in 4mins, instead of rebooting into bootloader,
we set ro.init.updatable_crashing to '1'. apexd and update_verifier will
listen to that property and try to abort and rollback updates, staged apex
modules and new slots respectively.
Test: Tested manually by marking zygote as updatable and killing zygote
frequently, verified that property is set.
Bug: 120598832
Change-Id: I7d47ea1223f7792a834981c729694242ab3f28c9
This is a workaround to allow us to use libnetd_resolv.so from
the resolver APEX before b/120661824 is fixed.
We cannot put the APEX into the search path due to b/120661824,
but we can put it into the permitted path,
Bug: b/122073006
Test: builds, boots
Test: system/netd/tests/runtests.sh
Change-Id: If6f13ba9dc249d019b820a7c37cf6d4cdd8d0a7d
With all of the changes made to the early init boot phase, the
README.md needs updating for future referencing.
Test: none
Change-Id: Ia572577c683add449a4e091ffd4d1597682e9325
Rename it to something more appropriate, while we're at it.
Test: test_adb.py
Test: test_device.py
Test: $ANDROID_HOST_OUT/nativetest64/adb_test/adb_test
Test: adb shell /data/nativetest64/adbd_test/adbd_test
Change-Id: I0f95d348eeacb45a810696d748c8340d2068f666
This reverts commit a0d9f2fd6c.
Original change: Needs to support e.g. app_process in "default" ->
libnativehelper in "runtime" -> platform libs in "default" -> libc etc in "runtime".
Always make sure to switch namespaces when switching library paths between
/system and the APEX, so that internal library dependencies in both
locations are loaded from their own directory. E.g. libc++ and libbase live
in both places, and their dependents must always load the version they were
compiled with.
This CL also adds a temporary workaround to not break hwasan builds
(b/121038155).
Bug: 119867084
Bug: 113373927
Bug: 121038155
Change-Id: I58d09ed091dd82b2162c4a0b51555174d9322e0e
Test: Flash and reboot device
Test: Remount / read-write, then on device: rm -f system/lib{,64}/lib{c,m,dl}.so; system/bin/dex2oat -h; stop && start
Test: mmma bionic/tests/ && adb root && adb shell rm -rf /data/nativetest\* && adb push out/target/product/taimen/data/nativetest* /data/ && adb shell /data/nativetest64/bionic-unit-tests/bionic-unit-tests && adb shell /data/nativetest/bionic-unit-tests/bionic-unit-tests
Test: cts-tradefed run commandAndExit cts-dev -m CtsJniTestCases
Test: cts-tradefed run commandAndExit cts-dev -m CtsCompilationTestCases
Test: cts-tradefed run commandAndExit cts-dev -m CtsBionicTestCases (8 failures remain unchanged by this CL)
Test: Patch internal; lunch taimen_hwasan-userdebug && m SANITIZE_TARGET=hwaddress && vendor/google/tools/flashall -w && adb shell /vendor/bin/sh -c ls
If a partition can be formatted by vold, then it doesn't make sense to
have first-stage mount fail if the partition hasn't been formatted yet.
Bug: 121209697
Test: device boots after fastboot flashall -w
Change-Id: I4a6c794a9912a5e0794983e9514a08f9c23e6ae9
upon memory usage high(>log_buffer_size), logd will try to prune(erase) all those old log elements which have been read by all readers for reclaiming the memory. As such, a too slow reader will be a hinder to the success of the prune. Logd has to try to kick-out the slow-est reader when memory usage is really too high(>2 * log_buffer_size). But the kick-out operation is just a request to the reader and at what time the reader will exit is always uncertain, beyond control. Furthermore, if you kick-out reader-A, waiting for A to exit; then, another reader-B may come in; then A exit; and then you kick-out-B, waiting for B to exit; and then, ...loop for ever: yes, logd may find that there seems to be always a slow reader hinder its pruning. As we all know, that, logd will probably kick-out a slow reader(logcat), hence, indeed, almost all log capturing tools will try to re-connect logd immediately after it being kick-out-ed. Such retry makes the issue easy to happen. And, we observed that the reader thread may often be blocked by socket write operation, which hindering its exiting and hereby hindering the prune progress. We need gracefully shutdown socket to relieve it from blocking and eventually stop such disaster from happening.
Test: monkey test for one day and one night
Change-Id: I5496ff74168b71e261914b91c145aa44814a5def
Staging Manager is a high-level service (yet to be committed) that
manages multi-package sessions requiring a reboot to be applied, for
example if one of the packages is an APEX file. This directory will
contain the session data and the temporary copies of the packages.
Bug: 118865310
Test: N/A
Change-Id: I8aceefab849cf5af17086cb6868b801d1c2615e9
sehr points out that we already have two bugs caused by not doing this:
file.cpp has a call to pread with an off64_t that gets truncated, and
mapped_file.cpp does similar with mmap.
Bug: N/A
Test: ran tests
Change-Id: Ia098a836457e5adf109541235ad71c0ad7219da8
Move some mounting functionalities from librecovery so that
other modules can also mount logical partitions correctly.
- Also, refactor to use C++ Fstab struct.
- Also, fixed CreateLogicalPartitions() to take full path of
super device.
Test: run recovery tests
Test: vintf_object_recovery_test
Bug: 118634720
Bug: 113182233
Bug: 62292478
Change-Id: Ie02c3a941ed801fdae5818099faf5f3863444296
Zimuzo