This helps to expose librecovery_ui for device specific RecoveryUi.
Bug: 76436783
Test: mma, unit tests pass
Change-Id: Ic6c3d301d5833e4a592e6ea9d9d059bc4e4919be
(cherry picked from commit b5108c372c)
Also clean up the comments regarding updater/recovery protocol.
Test: Sideload a package on taimen. Check that /tmp/recovery.log
contains the log from update_engine_sideload.
Test: Factory reset on taimen. Check that log file has the info from
mke2fs.
Change-Id: If560269ce7007769fc85a63bd228813bdd75bebd
fastbootd looks too much like recovery, even if you're carefully reading
the menu. It's not obvious the device is in a flashing mode, and it's
too tempting to reboot or unplug the device in this state.
As a first step, this patch adds a big red "fastbootd" logo so it's less
obviously in recovery mode.
Bug: 120429730
Test: manual test
Change-Id: I73359f1fdfdc0b1694993f760fe7f35c5713b24e
When using dynamic partitions, the blk_device field in fstab_rec must be
translated to a /dev/block/dm-N node with
fs_mgr_update_logical_partition. However, init will not have created
these nodes to begin with since CreateLogicalPartitions is not called in
recovery. This patch addresses both issues.
Note that flashing system through fastbootd will not work while /system is
mounted.
Bug: 118634720
Test: manual test
Change-Id: I06c83309d09eab6b65245b1ed10c51d05398f23e
This change adds a new "boot-fastboot" command in order to boot into fastboot
without overwriting recovery tasks. This also allows bootloaders to boot
directly into userspace fastboot from the bootloader menu, or via
bootloader fastboot.
Bug: 112277594
Test: adb reboot fastboot
Change-Id: Ia0c9a0961a76c6cbe19486590179abaa50d93f58
Add a fastboot mode to recovery that can be
entered with command line args or with the ui.
Add usb property triggers to switch between
fastboot and adb configurations.
Allow switching between fastboot and adb through
usb commands by opening a unix socket. adbd/fastbootd
writes to this socket, which interrupts the ui and
switches to the new mode.
Test: Use fastboot mode
Bug: 78793464
Change-Id: I7891bb84427ec734a21a872036629b95ab3fb13c
We used to statically link the device-specific recovery UI extension
(`TARGET_RECOVERY_UI_LIB`) into `recovery`. Such a logic can't be easily
migrated to Soong, as modules specified by `TARGET_RECOVERY_UI_LIB` may
not be built with Soong.
Instead of porting all the device-specific codes over, this CL builds
and installs the UI lib as a shared library with Android.mk. `recovery`
dlopen(3)'s and dlsym(3)'s `make_device` to invoke the device-specific
UI lib on start.
Note that in order to make dlopen(3) actually working, we have to switch
`recovery` to be dynamically linked (we will make the move later
anyway).
Bug: 110380063
Test: Build and boot into marlin recovery image. Check that
device-specific recovery UI is successfully loaded.
Change-Id: Ia9861c7559a95f3f50676534540c0cb87cae4574
The getopt_long(3) implementation in Android (upstream freebsd) expects
a null-terminated array while parsing long options with required args.
if (long_options[match].has_arg == required_argument) {
optarg = nargv[optind++];
}
...
if (long_options[match].has_arg == required_argument && optarg == NULL) {
return (BADARG);
}
This seems to make sense in practice, as getopt(3) takes the first two
arguments of argc and argv that are "as passed to the main() function on
program invocation", and both of C and C++ spec say "the value of
argv[argc] shall be 0".
Prior to the CL, we may run into undefined behavior on malformed input
command line (e.g. missing arg for an option that requires one). This CL
fixes the issue by always appending a nullptr to the argument list (but
without counting that into argc).
Test: Build and boot into recovery with commands.
Change-Id: Ic6c37548f4db2f30aeabd40f387ca916eeca5392
The getopt library exposes optind which is the
next index to be processed. When scanning is
restarted, optind has to be reset to 1.
Test: Recovery works
Bug: 78793464
Change-Id: I1efca3fb985ffbdfe91e43767469733cda6e7d5b
Move more common setup into the main function.
Main() handles all 1 time setup, such as ui,
logging, and secontext. Recovery_main()
takes in command line arguments, does any
necessary recovery work, and can be called
multiple times from main().
Test: Recovery works
Bug: 78793464
Change-Id: I2d2595fc342b4ddfa80f4e06b30e44263132acd9
Merged-In: I2d2595fc342b4ddfa80f4e06b30e44263132acd9
Move common logging related functions to
rotate_logs.cpp, and rename that to logging.cpp.
Test: Recovery works
Bug: 78793464
Merged-In: I00f20a79a296680122b8437d54a87897c5cb2fc7
Change-Id: I00f20a79a296680122b8437d54a87897c5cb2fc7
This prepares for moving more codes from recovery into librecovery, so
that they will become more easily testable. recovery_main.cpp will be
the source code for recovery module, with the rest moved into
librecovery. recovery_main.cpp mainly does the initializations, such as
setting up the logger.
Test: mmma -j bootable/recovery
Test: recovery_component_test
Test: Build and boot into recovery image on marlin.
Change-Id: I8e846524546b6f3f0e32ed869e851f62261eef23
Merged-In: I8e846524546b6f3f0e32ed869e851f62261eef23
