In certain cases, we may have no mapping of ZERO or NONZERO blocks in
the image (such as squashfs at the moment). Don't write those groups if
they are empty.
Change-Id: I82aa05fbbd79130b08868585edd5298e531c4f5a
When generating incremental OTAs, we should use the fstab in the source
build instead of the target one. Similarly for recovery_mount_options.
Bug: 22011892
Change-Id: Ia02584c71af7d47835b1f62e7daa46f27940a545
(cherry picked from commit bebd3cfbf9)
If there is a SELinux context label in the recovery.fstab, we should
honor that when mounting the partition.
Bug: 19764039
Change-Id: Ic80a3377a5a94c9d10dd464eb1257b157a947510
(cherry picked from commit 548eb76c8f)
Build additional images requested by the product makefile.
This script gives the ability to build multiple additional images and
you can configure what modules/files to include in each image.
1. Define PRODUCT_CUSTOM_IMAGE_MAKEFILES in your product makefile.
PRODUCT_CUSTOM_IMAGE_MAKEFILES is a list of makefiles.
Each makefile configures an image.
For image configuration makefile foo/bar/xyz.mk, the built image
file name
will be xyz.img. So make sure they won't conflict.
2. In each image's configuration makefile, you can define variables:
- CUSTOM_IMAGE_MOUNT_POINT, the mount point, such as "oem", "odm"
etc.
- CUSTOM_IMAGE_PARTITION_SIZE
- CUSTOM_IMAGE_FILE_SYSTEM_TYPE
- CUSTOM_IMAGE_DICT_FILE, a text file defining a dictionary
accepted by BuildImage() in tools/releasetools/build_image.py.
- CUSTOM_IMAGE_MODULES, a list of module names you want to include
in the image; Not only the module itself will be installed to proper
path in the image, you can also piggyback additional files/directories
with the module's LOCAL_PICKUP_FILES.
- CUSTOM_IMAGE_COPY_FILES, a list of "<src>:<dest>" to be copied to
the image. <dest> is relativ to the root of the image.
To build all those images, run "make custom_images".
Bug: 19609718
Change-Id: Ic73587e08503a251be27797c7b00329716051927
(cherry picked from commit 5fcf1094f9)
Similar to the assertations in file-based OTA, we perform verification
for block-based OTAs (BBOTAs) after updating a partition, for both of
the incremental and full OTAs. It increases the update time (~20s on
Nexus 6), but will capture unnoticed errors right away.
Bug: 21500869
Change-Id: I89ac8fe623b855721b7affd07cf9426a23433ab0
The 'adb' configuration might have already been added by a
device-specific Makefile, so add it only if it's not already there.
Change-Id: I6f96645f44c96f6f827cc8c842a8b769f92be13a
When passing a ZipInfo instance to common.ZipWriteStr(), the
external_attr attribute should not be overwritten unless specified.
We didn't have the issue previously because we were calling
ZipFile.writestr() directly until [1] merged.
[1] commit 2ed665a033.
Bug: http://b/21309935
Change-Id: I374ccd40c174ff9259844f38bdbf187dfe82552d
In ext4 filesystems, some blocks might be changed even being mounted
R/O, such as the superblock (block 0). We need to exclude such blocks
from integrity verification. Plus such blocks should always be
written to the target by copying instead of patching.
Bug: http://b/20939131
Change-Id: I991169ec307dfb231b2fe8908a0668595ecb2060
In order to work around the zip 2GiB limit, we need to wrap the related
functions in zipfile. Calls to those functions should always be replaced
with calls to the wrappers instead.
Bug: 18015246
Change-Id: Ice494371ca6654e88ded2ae0eb680f51082effcb
It's not necessary to call block_image_verify for the most common
case where we attempt an update for the first time and the target
partition has expected contents. It is sufficient to confirm that
the target partition is intact.
Computing a hash is much faster than simulating the update, which
means this change should make the update speed for v3 much closer
to v2 for the common case. If the update was interrupted, this is
going to make resuming somewhat slower, of course. Hopefully this
should be rather rare.
Bug: 20309033
Change-Id: I04792f3681bf2cd5d9a4e1c41eb883c7f26c6f58
Occasionally we need to include full radio image in incremental OTAs.
Adding --full_radio option to support that.
It needs matching changes in the releasetools.py in the target_files
zip, which comes from device/<vendor>/<device>/releasetools.py.
Bug: 19994922
Change-Id: Id1fb3a9cdb7e67dd9dbadd8fb6cd5fccd358820e
The updater automatically stashes overlapping source blocks to
make it possible to resume if the command performing the update
is interrupted. However, blockimgdiff.py does not take this into
account and therefore, max_stashed_blocks indicates only the
number of explicitly stashed blocks. Change blockimgdiff.py to
correctly calculate the maximum used stash space, including any
automatically stashed blocks.
Bug: 20309033
Change-Id: Ibf5cb1abc38c54e60a6ad3ce4cbce43556b08ac2
fs_config_generate_$(TARGET_DEVICE) is built based off the content
of $(TARGET_ANDROID_FILESYSTEM_CONFIG_H). We also add the rules
fs_config_dirs and fs_config_file to utilize this command
for target contents:
fs_config_generate_$(TARGET_DEVICE) -D -o system/etc/fs_config_dir
fs_config_generate_$(TARGET_DEVICE) -F -o system/etc/fs_config_file
In order to use this feature, one must have the fs_config_dirs and
fs_config_files in the $(PRODUCT_PACKAGES) list defined in the
device make files in $(TARGET_DEVICE_DIR). And either an
android_filesystem_config.h file in that directory, or define a
path in TARGET_ANDROID_FILESYSTEM_CONFIG_H to point to one.
Bug: 19908228
Change-Id: Iee1543d99169f874e0915ae07962a7750ecb6342
- move to libcutils.so and libselinux.so as shared now that
they are in DISTTOOL.
- liblog dependency is part of libcutils, and need not be
called out explicitly now. liblog is in DISTTOOL.
- libcutils fs_config has the right to add Android logging
Bug: 19908228
Change-Id: Iaa60ad624b42d83653840ac3c77bfa03ad8674aa
Add vboot properties to the dictionary file, which will be packed into
the target_files zip. Add support in packaging and OTA scripts to
sign the generated bootable images (boot.img and recovery.img) when
vboot is enabled.
Change-Id: I08758ced03d173219415bca762bbdb66c464a9f5
(cherry picked from commit 5d5a3bd9e8d8b14b71d1b2105417a2958d13d3d2)
Added support to build system.img that combines contents of /system and
the ramdisk, and can be mounted at the root of the file system.
To enable this feature, define BoardConfig.mk variable:
BOARD_BUILD_SYSTEM_ROOT_IMAGE := true
Ideally we would just change TARGET_OUT (the path of the staging system
directory) to under TARGET_ROOT_OUT. But at this point many places in
the build system assume TARGET_OUT is independent of TARGET_ROOT_OUT and
we can't make it easily configurable.
Instead this implementation takes the least intrusive approach:
We don't change TARGET_OUT or TARGET_ROOT_OUT. We just assemble a
temporary staging directory that contains contents of both TARGET_OUT
and TARGET_ROOT_OUT, in build_image.BuildImage() of
tools/releasetools/build_image.py.
When build_image.py is directly called from the makefile, we pass in the
parameters from the global dictionary; when build_image.BuildImage() is
called from add_img_to_target_files.py, we need to override values to
point to files extracted from the target_files zip file.
We need to combine the fs_config files of both /system and ramdisk,
when fs_config is enabled.
Also this change refactored build_image.BuildImage() by moving the extra
parameters to the image property dictionary.
(cherry-picked from commit 0eabd4f2c5)
Bug:19868522
Change-Id: Iafc467a0e3427b0d6ad3b575abcc98ddcc9ea0f1
This caught a few bugs/syntax errors (a few character classes were not
escaped properly in regex patterns, some indentation was illegal,
etc).
Change-Id: I50637607524e68c4fb9cad7167f58a46b8d26b2c
