The check_target_files_signatures determines what key was used to sign
every .apk in a given target_files. It can compare that signature to
that of another target_files (eg, the previous release for that
device) and flag any problems such as .apks signed with a different
key.
Merge commit '8bec09ee7264160e4e08973a0efcc6bd2c898925' into eclair-mr2
* commit '8bec09ee7264160e4e08973a0efcc6bd2c898925':
add 'extras' mechanism to OTA and signing tools
Make the recovery image be the first thing installed in system/ in the
OTA package, so it will get installed even if the system partition
fills during OTA installation.
Store the location of the releasetools extensions in the target-files
zip, and make ota_from_target_files use that stored location by
default (though it can still be overridden with -s if desired).
Change ota_from_target_files to compute binary patches for all the
changed files in the OTA package in parallel. On a recent test build
this cuts incremental construction time roughly in half (6 min to 2
min 40 sec).
Make the OTA progress bar advance a bit more smoothly by reallocating
how much is dedicated to various phases of incremental OTA
installation, based on some crude measurements of how long each phase
takes.
imgdiff now understands the zip file format and can produce smaller
patches by doing the patching in uncompressed space. Start taking
advantage of this for .zip, .apk, and .jar files.
When unzipping a target-files which has been signed with OTA key
replacement, you'll get "overwrite this file?" prompts because the key
files appear in the zip files twice. Suppress these prompts.
Many developer phone products don't define PRODUCT_OTA_PUBLIC_KEYS, so
add a default key.
This change doesn't affect device code.
Merge commit 'b6153173952895441e55d0ff6be332bb7c7605e2'
* commit 'b6153173952895441e55d0ff6be332bb7c7605e2':
use the max image sizes from the target files zip
For some time now the build system has included all the max image
sizes in a file in the META directory. Use these instead of needing
to parse the BoardConfig.mk file for the device at the time of
building an image or OTA package.
Merge commit '828bbfb18838f04b93ffbed0d7d3b597beaa534c'
* commit '828bbfb18838f04b93ffbed0d7d3b597beaa534c':
in amend, remove symlink targets before creating them
amend's symlink command isn't idempotent, so if you restart after the
symlinks have been completed then the second installation attempt will
fail. Work around this by deleting all symlink targets before
creating symlinks.
Bug: 2020011
Instead of storing the whole recovery image in system in order to
flash it on first boot, we instead use an imgdiff patch from the boot
image to create the recovery image. This is substantially smaller
since it effectively only stores the recovery binary and UI images
(the kernel and the init binary are identical to that of the boot
image).
This change modifies the OTA-building script to create and install
these patches, and changes the calculation of the system image size in
the Makefile to reflect the new scheme.
Make some changes needed to applypatch in order to store the recovery
image in the system partition as a binary patch relative to the boot
image:
- make applypatch use shared libraries, so it's smaller. It will
need to be on the main system so it can install the recovery
image. Make an applypatch_static binary for use in recovery
packages (still needed for updating cupcake devices to donut).
- output the results of patching to an in-memory buffer and write
that to the partition; there's no convenient /tmp for us to us.
(This should be basically a no-op in recovery, since /tmp is a
ramdisk anyway.)
Interpret a "*" in the "require version-bootloader" line as "don't
require any specific bootloader". Sholes OTAs include the bootloader
and the main system in the same package.
Merge commit '030614740c1a22e51c6513058852f9ab368fdf5d'
* commit '030614740c1a22e51c6513058852f9ab368fdf5d':
in auto mode, generate both edify and amend scripts for full OTAs
If we fail to load the device-specific releasetools module (ie, if -s
is specified but the file is missing), issue an error message but
continue without any device-specific code.
If the source target-files zip omits files needed to build the
recovery and/or boot images, leave them out instead of dying with an
error. This lets build like "generic-userdebug" work.
Merge commit '55766e47aaf4fe72a2b5cdd8aa60d14781c01e94'
* commit '55766e47aaf4fe72a2b5cdd8aa60d14781c01e94':
don't fail if no required bootloaders are defined
Generic targets don't have a list of defined bootloaders. Instead of
failing to build an OTA package, just omit the constraint.
Fix bad references to ExternalError.
Replace the installation of the "radio image", which is an
HTC-specific notion, with calls to device-specific python modules that
can add whatever additional OTA script commands are necessary. Add
the -s flag to specify the location of the device-specific script
(replacing the unused -s flag in sign_target_files_apks).
Split the details of generating script syntax into a generator class:
one for amend (whose output should be equivalent to the current
output), and one for edify.
Fix 'otatools' build rule to build imgdiff.
The ota and img building scripts contained some hardcoded 'linux-x86'
paths. Remove and replace with a slightly redefined -p option.
Modify Makefile to pass correct -p when building.
Some devices define a BOARD_KERNEL_BASE argument which must be given
as an argument to mkbootimg when building a bootable image. Store the
value of this var (if any) in the target-files zip and use it when
building images.
Make the following things optional:
- kernel command lines for bootable images
- radio images
- bootloader assertions
These are not all (yet?) defined for some new devices.
