Every watch has a (mostly identical) copy of the wear_ui. Factor them
out into a single copy for easier maintenance. Device-specific settings
should be defined in recovery_ui.cpp that inherits WearRecoveryUI class.
Bug: 22451422
Change-Id: Id07efca37d1b1d330e6327506c7b73ccf6ae9241
This makes it easier for us to deal with arbitrary information at the
top, and means that headers added by specific commands don't overwrite
the default ones.
Add the fingerprint back, but broken up so it fits even on sprout's
display.
Change-Id: Id71da79ab1aa455a611d72756a3100a97ceb4c1c
The current abstract class was a nice idea but has led to a lot of
copy & paste in practice. Right now, no one we know of has any extra
menu items, so let's make the default menu available to everyone.
(If we assume that someone somewhere really does need custom
device-specific menu options, a better API would let them add to
our menu rather than replacing it.)
Change-Id: I59f6a92f3ecd830c2ce78ce9da19eaaf472c5dfa
This eliminated the previous hack, that doesn't work reliably with the
"LOCAL_REQUIRED_MODULES := mkfs.f2fs".
Bug: 19666886
Change-Id: I1f0a2d41129f402c0165f3b86b6fda077291f282
I think everything left now is here to stay (services.c might get
massaged in to libadbd if it gets refactored).
Bug: 17626262
Change-Id: I01faf8b277a601a40e3a0f4c3b8206c97f1d2ce6
adb.h has diverged a bit, so that one will be more involved, but these
three are all trivial, unimportant changes.
Change-Id: Ief8474c1c2927d7e955adf04f887c76ab37077a6
This include path was needed because system/vold/cryptfs.h included an
OpenSSL header just to get the length of a SHA-256 hash. This has been
fixed in https://android-review.googlesource.com/#/c/124477/1.
Change-Id: I06a8ba0ee5b9efcc3260598f07d9819f065711de
The cryptfs.h files is always included, but its path is only included when TARGET_USERIMAGES_USE_EXT4 is defined.
Change-Id: Iec6aa4601a56a1feac456a21a53a08557dc1d00d
Make a fuse filesystem that sits on top of the selected package file
on the sdcard, so we can verify that the file contents don't change
while being read and avoid copying the file to /tmp (that is, RAM)
before verifying and installing it.
Change-Id: Ifd982aa68bfe469eda5f839042648654bf7386a1
Split the adb-specific portions (fetching a block from the adb host
and closing the connections) out from the rest of the FUSE filesystem
code, so that we can reuse the fuse stuff for installing off sdcards
as well.
Change-Id: I0ba385fd35999c5f5cad27842bc82024a264dd14
This adds F2FS support
- for wiping a device
- for the install "format" command.
Note: crypto data in "footer" with a default/negative length
is not supported, unlike with "ext4".
Change-Id: I8d141a0d4d14df9fe84d3b131484e9696fcd8870
Signed-off-by: JP Abgrall <jpa@google.com>
Recovery now draws directly to the framebuffer by rolling its own
graphics code, rather than depending on libpixelflinger.
The recovery UI is modified slightly to eliminate operations that are
slow with the software implementation: when the text display / menu is
turned on, it now appears on a black background instead of a dimmed
version of the recovery icon.
There's probably substantial room for optimization of the graphics
operations.
Bug: 12131110
Change-Id: Iab6520e0a7aaec39e2ce39377c10aef82ae0c595
Older versions of android supported an ASLR system where binaries were
randomly twiddled at OTA install time. Remove support for this; we
now use the ASLR support in the linux kernel.
Change-Id: I8348eb0d6424692668dc1a00e2416fbef6c158a2
uncrypt can read a file on an encrypted filesystem and rewrite it to
the same blocks on the underlying (unencrypted) block device. This
destroys the contents of the file as far as the encrypted filesystem
is concerned, but allows the data to be read without the encryption
key if you know which blocks of the raw device to access. uncrypt
produces a "block map" file which lists the blocks that contain the file.
For unencrypted filesystem, uncrypt will produce the block map without
touching the data.
Bug: 12188746
Change-Id: Ib7259b9e14dac8af406796b429d58378a00c7c63
Changes minzip and recovery's file signature verification to work on
memory regions, rather than files.
For packages which are regular files, install.cpp now mmap()s them
into memory and then passes the mapped memory to the verifier and to
the minzip library.
Support for files which are raw block maps (which will be used when we
have packages written to encrypted data partitions) is present but
largely untested so far.
Bug: 12188746
Change-Id: I12cc3e809834745a489dd9d4ceb558cbccdc3f71
This assumes that the metadata is correctly defined in fstab.
Which apparently some devices don't do.
Bug: 8766487
Bug: 12112624
Change-Id: I1b14b9d4c888e9348527984be3dce04bdd9f4de0
This adds support for key version 5 which is an EC key using the NIST
P-256 curve parameters. OTAs may be signed with these keys using the
ECDSA signature algorithm with SHA-256.
Change-Id: Id88672a3deb70681c78d5ea0d739e10f839e4567
Also provide a default implementation of CheckKey that's reasonable
for many devices (those that have power and volume keys).
Change-Id: Icf6c7746ebd866152d402059dbd27fd16bd51ff8
Extend minzip, recovery, and updater to set the security context on
files based on the file_contexts configuration included in the package.
Change-Id: Ied379f266a16c64f2b4dca15dc39b98fcce16f29
libext4_utils now calls libselinux in order to determine the
file security context to set on files when creating ext4 images.
Change-Id: I09fb9d563d22ee106bf100eacd4cd9c6300b1152
Rather than depending on the existence of some place to store a file
that is accessible to users on an an unbootable device (eg, a physical
sdcard, external USB drive, etc.), add support for sideloading
packages sent to the device with adb.
This change adds a "minimal adbd" which supports nothing but receiving
a package over adb (with the "adb sideload" command) and storing it to
a fixed filename in the /tmp ramdisk, from where it can be verified
and sideloaded in the usual way. This should be leave available even
on locked user-build devices.
The user can select "apply package from ADB" from the recovery menu,
which starts minimal-adb mode (shutting down any real adbd that may be
running). Once minimal-adb has received a package it exits
(restarting real adbd if appropriate) and then verification and
installation of the received package proceeds.
Change-Id: I6fe13161ca064a98d06fa32104e1f432826582f5
Move the key for handling keys from ScreenRecoveryUI to RecoveryUI, so
it can be used by devices without screens. Remove the UIParameters
struct and replace it with some new member variables in
ScreenRecoveryUI.
Change-Id: I70094ecbc4acbf76ce44d5b5ec2036c36bdc3414
Replace the device-specific functions with a class. Move some of the
key handling (for log visibility toggling and rebooting) into the UI
class. Fix up the key handling so there is less crosstalk between the
immediate keys and the queued keys (an increasing annoyance on
button-limited devices).
Change-Id: I698f6fd21c67a1e55429312a0484b6c393cad46f
Move all the functions in ui.c to be members of a ScreenRecoveryUI
class, which is a subclass of an abstract RecoveryUI class. Recovery
then creates a global singleton instance of this class and then invoke
the methods to drive the UI. We use this to allow substitution of a
different RecoveryUI implementation for devices with radically
different form factors (eg, that don't have a screen).
Change-Id: I76bdd34eca506149f4cc07685df6a4890473f3d9
Remove the wacky notion of "roots" and "root paths" (those things that
look like "FOO:some/path" instead of just "/foo/some/path"). Let each
device specify its own table of available partitions and how to mount
them (needed for devices that use both MTD/yaffs2 and EMMC/ext4
partitions).
(Cherrypicked from gingerbread w/slight edits.)
Change-Id: I2479ce76b13e73f1d12035c89386c3a82b3edf51
