This provides the ability to run merge_target_files without the end goal
of a target files zip. This is useful for users that only want the IMAGES
folder, for example.
Bug: 130304869
Test: python -m unittest test_merge_target_files
Change-Id: If0412b8e1eb85fe09d7b689fd7f56ce84067faea
They used to be disabled due to the assertion of search_path in setUp()
function, which is not a prerequisite for most of the tests.
Bug: 112080715
Test: `atest releasetools_test`
Test: TreeHugger
Change-Id: I3cbaf42aa09dba0b87a64e11d97de9b3f7af7a47
FileImage needs to be thread-safe because multiple
threads gets data from it when an incremental OTA
package is created.
Test: apply incremental OTA on cuttlefish
Bug: 113175337
Change-Id: I31637fce0fbd66f3fa6c5c478da09bae65a52229
About half of the testcases rely on external tools (i.e. the ones in
`otatools.zip`, which are external to releasetools module, but still
built by Android). It's WAI as releasetools scripts are mostly for
gluing purpose.
However, the current support in Soong doesn't allow packing the helper
modules as part of the built releasetools_test. This CL adds a decorator
that allows declaring external dependencies in testcases, which will be
skipped while running in presubmit. It doesn't affect local invocation
of `atest releasetools_test`.
Fixes: 112080715
Test: `atest releasetools_test`
Test: TreeHugger; check that releasetools_test is invoked (and test
passes).
Change-Id: I8fdeb6549023cf5ddeb79d610c7c37cf9f13d3cc
All the unittests will be built into releasetools_test. One can run the
tests with `atest releasetools_test` or the traditional way
`test_utils.py`. The atest way is recommended, which additionally builds
the required tools.
With the current support in Soong, we can't pack the built tools into
releasetools_test yet. So running `releasetools_test` alone in clound
would fail. Follow-up CLs will address the issue in order to deploy the
tests with TEST_MAPPING.
Bug: 112080715
Test: `atest releasetools_test`
Change-Id: Ica95517a5ab326f4e58fc57c6c2c276cfe882f3c
The function used to be serving system and vendor partitions only (as
they were the only partitions using sparse image at the point). The code
itself doesn't rely on anything specific to system/vendor.
Test: python -m unittest test_common
Change-Id: Ia4ecdeedb262f3d9db082128eaf9bab299983333
The signature size will be 512 bytes when signing the payload
with 4096 bits key. This cl determines the key size with
"openssl rsa -modulus"
The new key in testdata is generated by
"openssl genrsa -out testkey 4096"
Bug: 129163830
Test: generate and verify an OTA package
Change-Id: I6662b0a0c553dc0fd84711312a1256b887e332fd
* changes:
Only assert-max-image-size for static partitions.
sparse_img.py --get_partition_size return size of partition
Revert "Fix dynamic partition size check for devices with recovery"
assert-max-image-size doesn't make sense for
dynamic partitions, as build_image.py always find the
right size for the output image. Hence:
- build_image.py no longer need to write generated_*_info.txt
(which contains the size of the image).
- assert-max-image-size on the static BOARD_*IMAGE_PARTITION_SIZE. If
a partition is dynamic, that variable isn't set, and
assert-max-image-size becomes a no-op. If the partition is static,
assert-max-image-size checks the static partition size as it used
to be.
- Fix read-size-of-partitions to use the size of the partition by
reading the image directly (instead of using generated_*_info.txt).
For devices without AVB, with DAP enabled, and does not have
RESERVED_SIZE for partitions, because of right sizing, the original
code always warns about approaching size limits. Since such checks
doesn't make sense for dynamic partitions, remove them.
Test: builds on device with dynamic partitions
Test: builds on cuttlefish with DAP enabled (without AVB), no
more size limit warnings:
WARNING: out/target/product/vsoc_x86/vendor.img approaching size limit (X now; limit X)
Fixes: 122377935
Change-Id: I75e1b8322197cb18cf397d02aefd49d777bb6405
Also, move code from build_super_image.py to sparse_img.py.
Test: sparse_img.py on sparse and non-sparse images
Bug: 122377935
Change-Id: Ie91fdfdbb54298ea27eb20d1b5363aeb1470356e
If TARGET_USERIMAGES_SPARSE_EXT_DISABLED is set, don't provide
--sparse to lpmake, so that a non-sparse super image is built.
Test: build with the flag set.
Fixes: 120041578
Change-Id: I5a26e4c793b0e2ddc89e9c38c8828ac21044e78a
For non-A/B, you must supply the --system-item-list, --other-item-list, and
--system-misc-info-keys parameters approrpriate for merging two partial target
files. Additionally, you must supply the --rebuild-recovery option to correctly
generate the filesystem config and file contexts. With all of these parameters,
the script will generate a merged target files containing the correct recovery
files.
Also fix the --keep-tmp option to be consistent with the other options.
Bug: 122813742
Test: verify that merged target image boots and can perform OTA.
Change-Id: I5a942ac0cd9924fec419a686794a2340304594c8
This reverts commit 9788b4ed31. All the
blocking issues have been addressed.
Fixes: 120517892
Test: Run validate_target_files.py on crosshatch signed
target_files.zip.
Change-Id: I95de241e159998e002dedddafea65953b1a1b263
Previously it was following a wrong order by doing `zipalign` after
calling SignApk, which effectively compromised the signature. This CL
corrects the logic, and follows the same flow as in build system:
- Pack APEX file;
- `zipalign -f 4096`;
- Call SignApk to sign the container with `-a 4096` flag.
Bug: 129148142
Test: Run sign_target_files_apks.py on taimen target_files.zip. Boot the
image after signing.
Change-Id: I91bd3dce4f45c1891c5e122212a699f4808618fa
(cherry picked from commit 0e06cb0a8b)
To build a complete list of the dynamic partitions and partitions
groups, we need to merge the contribution from the system and other
target files.
Bug: 127687287
Test: Running merge_target_files.py and observing partition lists are
merged as expected.
Change-Id: I5bb9bd0e3179d48c9bfacdb3aca8253158f61cf6
For PRESIGNED APEXes, we should keep carrying the matching public keys
at /system/etc/security/apex.
Bug: 129148142
Test: Run sign_target_files_apks.py on a target_files.zip with presigned
APEXes. Check the output zip.
Change-Id: I2e941fd9b10e99d2db9df1e5308cbbe8c760177b
(cherry picked from commit bf3fb024cd)
This change changes auto-generated RROs from DEVICE_PACKAGE_OVERLAYS
to be generated in the vendor partition, as opposed to /product where
they were generated in the past.
Note that PRODUCT_PACKAGE_OVERLAYS continue generating RRO packages
to /product, which means that a single app can be overlayed from
different partitions. These RROs have been given module and package
names based on their location.
Bug: 127758779
Test: verify noop on presubmit targets
Change-Id: I5cee70e28e3969e67b2d83eaf25d9c6e3a11102d
This reverts commit 5516d37f41.
The previous issue in unzipping non-matching files has been addressed
with commit a49054ca2f2959f50f3188914ec0faebc90ebcbe. This CL rolls
forward to allow dumping container certifcates for APEXes.
Bug: 128848294
Test: Run check_target_files_signatures.py on target_files.zips w/ and
w/o APEX files.
Change-Id: I662aab3d96fc40ac8e5e206e32b73ac763220b70
common.UnzipTemp() calls `unzip` to do the unzipping, which will
complain if there's non-existent names in the given list. Prior to this
CL, callers had to do the work to remove non-existent entries. This CL
filters out the given patterns in common.UnzipTemp()/common.UnzipToDir()
to make callers' works easier.
Bug: 128848294
Test: `m dist` with aosp_taimen-userdebug (which calls
ota_from_target_files.py on a target_files.zip that doesn't
contain RADIO/*).
Test: `python -m unittest test_common.CommonZipTest`
Change-Id: I5e741c27ea8d0b8126c398a7e1b56a8deb4a3d7f
When TARGET_VNDK_USE_CORE_VARIANT is set to true, the vendor variant of
VNDK libraries are by default not installed. Instead, the core variant
will be used by vendor binaries at runtime.
To ensure the core variant of VNDK libraries are installed, we also add
a flag LOCAL_VNDK_DEPEND_ON_CORE_VARIANT to indicate that the vendor
variant module depends on the core variant module. This flag should be
set by Soong for all VNDK libraries without the vendor variant
installed. When the flag is set, the vendor variant binary is also
compared against the core variant binary to ensure they are
functionally identical.
As we are merging the two variants for some libraries, we need a new
link type to denote a module is usable as both native:vndk and
native:platform. We add native:platform_vndk for this.
Bug: 119423884
Test: With the corresponding Soong change, build with
TARGET_VNDK_USE_CORE_VARIANT set to true.
Test: Add a dummy VNDK library and a dummy vendor binary that depends
on it. Build with no-vendor-variant VNDK and check the core
variant is installed.
Test: Add conditional compilation based on __ANDROID_VNDK__ in the
dummy VNDK library and check build fails.
Change-Id: I40000f2728e8193212113c1ee950e9d697f2d40d
