When an sdk snapshot is targeted at release X then it cannot include
bootclasspath fragment libraries which are not present in that build as
otherwise it causes build failures. It should also not include any
unsupported libraries, i.e. libraries that cannot work on that release.
This change causes sdk snapshot to exclude libraries that have a
min_sdk_version > target build release
It also ensures that hidden API flags do not include any information
from excluded libraries.
Bug: 240406019
Test: BUILD_NUMBER=fixed packages/modules/common/build/mainline_modules_sdks.sh
# Ran the previous command with and without this change to make
# sure that this change excludes framework-connectivity-t library from the
# tethering sdk snapshot for S, including from the hidden API flag files.
Change-Id: I57969b85a12e9e5a3fc76c055b260cec5d5f7d7f
Previously, the sdk snapshot and platform_bootclasspath both used the
HiddenAPIInfo/Provider to retrieve the hidden API related information
they needed. This change separates them by adding a new
HiddenAPIInfoForSdk/Provider that is used to provide the information
needed by the sdk snapshot. This allows a follow up change to generate
different information for the sdk and for the platform depending on the
target build release of the sdk snapshot.
Bug: 240406019
Test: packages/modules/common/build/mainline_modules_sdks.sh
# Ran the previous command with and without this change to make
# sure that this change does not change the sdk snapshot
# contents.
Change-Id: I30cea6cf8dae1be467b7063430d6197e5baa684b
Previously, the rules for encoding hidden API flags into dex files were
generated in the hiddenAPIRulesForBootclasspathFragment alongside the
rules for creating the hidden API flag files.
This change separates the encoding from the generation of the flags.
This will allow a follow up change to generate API flags for the sdk
snapshot separately without affecting the encoded dex files.
Bug: 240406019
Test: m nothing
Change-Id: I3ab3ff5780e7b2e322665d3ea15f1438f2e403bd
Previously, hidden API properties were only allowed on
bootclasspath_fragment and platform_bootclasspath module types. This
change allows them to be specified on java_sdk_library modules too. It
involves the following changes:
1. Add the properties to the java.Module.
2. Populate and provide a HiddenAPIPropertyInfo struct from
java_sdk_library modules.
3. Modify bootclasspath_fragment to merge information gathered from its
content libraries as if it was specified on the fragment itself.
Bug: 240406019
Test: m nothing
packages/modules/common/build/mainline_modules_sdks.sh
# Ran the previous command with and without this change to make
# sure that this change does not change the sdk snapshot
# contents.
Change-Id: I64eb71c2039ddc14cf380689d0cec7ec221f5b88
All usages of HiddenAPIFlagFileProperties use it as the type of a
Hidden_api field. This change pushes the field inside the struct and
just embeds the struct inside the structs that need it making it
simpler and more consistent with how the HiddenApiPackageProperties
struct is used.
This is extracted as a separate change as while the change is simple
it does affect a lot of lines. Keeping it separate makes it easier to
review the changes.
Bug: 240406019
Test: packages/modules/common/build/mainline_modules_sdks.sh
# Ran the previous command with and without this change to make
# sure that this change does not change the sdk snapshot
# contents.
Change-Id: I664453029574ef68dc5712f7bf137a1a6e78e864
In preparation for adding hidden API properties to individual
java_sdk_library modules this change refactors the handling of that
information.
1. Renames HiddenApiPackageProperties to HiddenAPIPackageProperties
to be consistent with other similar structs.
2. Creates a new HiddenAPIPropertyInfo struct to be used to provide
property derived information from one module to another. It includes
both flag files as well as the information about which packages are
used.
3. The HiddenAPIPropertyInfo is embedded within the existing
HiddenAPIFlagInput in place of the existing flag files field.
4. The fields in the HiddenAPIPropertyInfo struct are populated from
the HiddenAPI*Properties structs.
5. Access to package information is retrieved from the info struct
instead of directly from the properties. That means that no changes
will be needed to this code when info from other modules is merged
into the struct in a follow up change.
Bug: 240406019
Test: packages/modules/common/build/mainline_modules_sdks.sh
# Ran the previous command with and without this change to make
# sure that this change does not change the sdk snapshot
# contents.
Change-Id: I773279a4b621bcc3c40e3bfe193f2c7b0caeccd6
The Q and R runtimes can handle Q/R flags but not S flags. So, this
change verifies that any library that can run on Q/R
(min_sdk_version <= R) by adding --max-hiddenapi-level=max-target-r
to the "hiddenapi encode" command. That will cause a failure if any
S+ flags are found in the flags to encode.
Bug: 172453495
Test: m droid && launch_cvd
Cherry pick changes in https://r.android.com/q/topic:max-target-s
Add @UnsupportedAppUsage maxTargetSdk=S in classes in framework-permission (for r/q)
and framework-permission-s (nominally for S+). I had to incresed the min_sdk_version
in the latter to 31 (S) as it was still set at 30 (R).
Change-Id: Ie0f68482603adc7b4e3d7a5c81bf203d81a84a9e
Previously, the build applied the same filtering to remove
implementation details from the sdk snapshot's stub-flags.csv file as
it did for its all-flags.csv, i.e. removing the signatures that only
had a "blocked" flag. Unfortunately, that had no effect on the stub
flags as the implementation signatures had no flags, not a single
blocked flag. That meant that the sdk snapshot's
filtered-stub-flags.csv file contained a lot of implementation details.
This change removes signatures from stub-flags.csv that have no flags
which removes all implementation details from the sdk snapshot.
Bug: 194063708
Test: atest --host verify_overlaps_test
m out/soong/hiddenapi/hiddenapi-flags.csv
m art-module-sdk
# Check contents of its filtered-stub-flags.csv file
Change-Id: I30edc77348fad118ea732e787ae8e206c8841f84
Previously, verify_overlaps used positional arguments, the first was
the monolithi flags and the rest were the module flag pairs (filtered
flags file and signature patterns file). This change makes them use
named options to make the purpose of the arguments clearer on the
command line.
Bug: 194063708
Test: atest --host verify_overlaps_test
m out/soong/hiddenapi/hiddenapi-flags.csv
Change-Id: Ife0af0016eb0f91416e8330d5d98cb53c97d68a4
Previously, the bootclasspath_fragment's hidden_api.split_packages and
hidden_api.package_prefixes properties did not specify an exhaustive
set of packages that were provided by the fragment. They excluded
packages which were either not split or which could not be used as a
package prefix because it would match sub-packages provided by other
bootclasspath modules.
This change adds the hidden_api.single_packages list to specify those
additional packages and then uses that information to verify that any
bootclasspath_fragment that specifies at least one of split_packages,
single_packages or package_prefixes properties only contains classes
from a package that matches one of those properties. That will
prevent a module from accidentally including unexpected classes, such
as might happen when statically including a common utility library.
It also adds coverage specific versions of the properties as additional
packages are added to the art-bootclasspath-fragment when building
coverage builds.
Bug: 194063708
Test: atest signature_patterns_test
m out/soong/hiddenapi/hiddenapi-flags.csv
m EMMA_INSTRUMENT=true EMMA_INSTRUMENT_FRAMEWORK=true out/soong/hiddenapi/hiddenapi-flags.csv
# Breaks without corresponding change to add android.system to
# the art-bootclasspath-fragment.
/usr/bin/pylint --rcfile $ANDROID_BUILD_TOP/tools/repohooks/tools/pylintrc scripts/hiddenapi/signature_patterns*.py
pyformat -s 4 --force_quote_type single -i scripts/hiddenapi/signature_patterns*.py
Change-Id: Iddf6c59cd4dc8c36dde7943a9840ccef5794b320
Previously, the signature-patterns.csv file (which was output in an sdk
snapshot) included implementation details, e.g. the names of classes
that are not part of any API, including the hidden API. This change
allows a bootclasspath_fragment module owner to customize the generated
signature patterns file to remove as many implementation details as
possible from the sdk snapshot. That means that implementation only
changes would not require that sdk snapshots be updated in sync with
the corresponding APEX.
Module owners can remove implementation in the following ways:
1) Limit the number of packages that are treated as split packages by
explicitly specifying the split packages in the split_packages
property. A split package is one whose classes are provided by
separate bootclasspath_fragment modules and so the signature
patterns has to include every class in that package provided by a
specific bootclasspath_fragment module, including implementation
classes, instead of just listing the package.
The default is to treat all packages as being split, so if no
split_packages is specified then it defaults to ["*"] which matches
all packages. Assuming that no package was split unless specifically
stated would require that all the modules that had split packages
explicitly list them before this change could be submitted as
without them this change would break the build.
Once all existing modules with split packages have been updated to
include them then the default may be changed.
2) Adding package prefixes for any hierarchy of packages that are
owned solely by that bootclasspath_fragment. This removes the need
to list the packages in that hierarchy, including implementation
specific packages.
Bug: 194063708
Test: atest --host verify_overlaps_test signature_patterns_test
m out/soong/hiddenapi/hiddenapi-flags.csv
- manually change files to cause difference in flags to check
that it detects the differences.
Change-Id: If2f90cfc41b6fff9fa4ac8b9d4973110938b9392
Previous change that was reverted: https://r.android.com/1835222
An additional test was added that revealed a bug in the previous change
which has been fixed here.
Previously, the behavior of the stub_flags and all_flags properties
was different between S and T. In S they contained paths for the
complete set of stub flags and all the encoded flags. However, in T
they contained filtered sets of flags which if used in S would prevent
build checks from detecting possible inconsistencies. Also, a new
signature_patterns property was added in T that is not supported in S.
This change creates separate properties/files for T and reverts the
behavior of the properties/files that were added in S back to how they
behaved in S. The new properties are called filtered_stub_flags and
filtered_flags.
The S and T properties are tagged with the appropriate
supported_build_releases tag to ensure that they are only output when
specifically targeted.
Bug: 197842263
Test: m nothing
Change-Id: I1ce0a3d6623dabf73e32af1a7457b9b444fc3b7c
Previously, the behavior of the stub_flags and all_flags properties
was different between S and T. In S they contained paths for the
complete set of stub flags and all the encoded flags. However, in T
they contained filtered sets of flags which if used in S would prevent
build checks from detecting possible inconsistencies. Also, a new
signature_patterns property was added in T that is not supported in S.
This change creates separate properties/files for T and reverts the
behavior of the properties/files that were added in S back to how they
behaved in S. The new properties are called filtered_stub_flags and
filtered_flags.
The S and T properties are tagged with the appropriate
supported_build_releases tag to ensure that they are only output when
specifically targeted.
Bug: 197842263
Test: m nothing
Change-Id: Iec8b9c539796c507245b69c0aed980fde6d8694f
invalid with a message.
This will allow propagating any error from the deapexer module for
prebuilt APEXes to the location where the dex jars get used. It's only
at those points that we can raise errors about not being able to
extract files from the deapexer modules if they are invalid, and this
way we avoid encoding knowledge there about why they may be invalid.
To keep the refactoring limited it intentionally does not change any of
the existing logic for when dexJarFiles are set or not (non-nil vs nil
prior to this change), although there may be opportunity to use this
for more conditions when dex jars aren't available.
The refactoring is also not extended to
dexpreopt.ClassLoaderContextMap.
Test: m nothing
Bug: 192006406
Change-Id: I68986dccd9a9b3fee4d24caa1947ea17a36caedc
Previously, the sdk snapshot would include all the entries from the
stub-flags.csv and all-flags.csv modular files generated by a single
bootclasspath_fragment. That included implementation details, i.e.
class members that are not part of a stable API or the hidden API which
meant that the sdk snapshots were implementation dependent.
This change removes the implementation details from the modular flag
files, i.e. those entries that are only marked as "blocked". When
comparing the files against the corresponding subset of the monolithic
files it assumes that any entries missing from the modular flag files
are blocked.
Bug: 194063708
Test: atest --host verify_overlaps_test signature_patterns_test
m out/soong/hiddenapi/hiddenapi-flags.csv
- manually change files to cause difference in flags to check
that it detects the differences.
Change-Id: I6b67b2253cf029d6830b58a06ebb0c8fcaa0dd71
Previously, the signatures used to select the subset of the monolithic
flags were simply the signatures read from the modular flags file. This
change moves the creation of the signature list into a separate script
that outputs the signatures to a file and then passes the path through
Soong from the bootclasspath_fragment modules that create it to the
platform_bootclasspath module that uses it to compare the modular
flags against the monolithic flags.
Currently, the signatures are the full signatures but follow up changes
will replace them with patterns (hence the name) that avoids having to
include implementation details in the hidden API flags that are output
as part of a bootclasspath_fragment's snapshot.
This change moves the stub flags related code next to the all flags
related code as they are treated in a similar way.
Bug: 194063708
Test: atest --host verify_overlaps_test signature_patterns_test
m out/soong/hiddenapi/hiddenapi-flags.csv
- manually change files to cause difference in flags to check
that it detects the differences.
Change-Id: I2855bf6d05c91b8a09591664185750361c7e644f
The CreateClasspathElements function makes sure that each standalone
library and bootclasspath_fragment on the platform bootclasspath
appear once and once only and each file extracted is unique to the
module so there is no chance that any duplicate files will be used.
Bug: 194063708
Test: m out/soong/hiddenapi/hiddenapi-flags.csv
- check that this does not change the contents.
Change-Id: I60c02baa4d179293ee0f305375afaa3a8c98e112
Previously, bootclasspath_fragment modules would only perform hidden
API processing if they provided some stub libraries and fragments. That
was needed because the bootclasspath_fragment modules were added before
Soong supported hidden API processing on all the different modules and
before they all provided the necessary information that hidden API
processing required.
This change stops hidden API being conditional as it is no longer
required as it has been enabled on all existing bootclasspath_fragment
modules.
Bug: 179354495
Test: m nothing
Change-Id: I0cbf11986adff1f2f967b96f86e6bfe0e9b8b1ef
Previously, if a bootclasspath_fragment had both a java_sdk_library
module and one of its components in stub_libs properties they would be
treated as separate modules instead of simply different APIs from the
same module. That would result in them both providing stub dex jars to
"hiddenapi list" which would fail because it found duplicate
definitions of the same class.
e.g. Specifying something like this:
api: {
stub_libs: [
"art.module.public.api",
],
},
core_platform_api: {
stub_libs: [
"art.module.public.api.stubs.module_lib",
],
},
would cause "hiddenapi list" to fail because it would have been passed
paths to two dex jars (actually the same dex jar but that does not
matter) each of which defined the same class, e.g. java.lang.Object.
This change treats the "art.module.public.api.stubs.module_lib" and
"art.module.public.api" modules as being the same for the purposes of
hidden API processing.
Bug: 192446466
Test: m nothing
Change-Id: I9de96337f64f26e24cff040d4bbed9eecc67b1ed
Unless the prebuilt dex jar files are explicitly required to build
system images or dex preopting defer reporting of any missing dex boot
jars from Soong to Ninja.
This will prevent builds that contain prebuilt sdks, containing prebuilt
bootclasspath_fragment modules but without a corresponding apex_set or
prebuilt_apex module from failing even when it is not building against
the prebuilt sdk.
Bug: 179354495
Test: m nothing
Change-Id: Ibde3bf840a7413785cd32bd6cea1c322f90c59af
Previously, the stub dex jars for each HiddenAPIScope was created by
merging the stub dex jars provided by each module for that scope. Then
the widest stub dex jars were chosen. So, if module A provided public,
system and test stub dex jars and module B provided only public then
the stub dex jars for each scope would be:
* public -> A,B
* system -> A
* test -> A
So, the widest API scope for which there are stub dex jars is "test"
and so the widest stub dex jars would just come from module A and not
module B. So, when "hiddenapi list" is run for module C which depends
on modules A and B it only gets given stub dex jars for module A which
means that it cannot resolve all the types that C may use which can
lead to incorrect flags being generated.
This change does not merge the stub dex jars from each module together
and instead keeps them separate by module. The widest stub dex jars
list is constructed by asking each module in turn for their widest stub
dex jars. e.g. Given the above example we would have:
Module A:
* public
* system
* test <- widest
Module B:
* public <- widest
So, the widest stub dex jars will be A's test and B's public stub dex
jars.
Bug: 179354495
Test: m out/soong/hiddenapi-flags.csv
- make sure that this does not change the file.
Change-Id: Ib137825ebffe94b2bf220732bae6077f7b7ac6db
The widest stub dex jars should include the widest stub dex jars
provided by each module. So, if module A has public, system and test
and module B has only public then the widest stub dex jars should
include module A's test and module B's public stub dex jars. Instead,
they just include module A's test.
That behaviour is needed so that when the "hiddenapi list" tool is run
against a module C that it is passed stub dex jars from both module A
and module B so that any references to the types provided by those APIs
can be resolved.
A follow up change will fix this issue.
Bug: 179354495
Test: m nothing
Change-Id: Ibd31964e8d2a33fa92fbd0b800c9fe054ee359c7
When generating the stub-flags.csv for a bootclasspath_fragment the
hiddenapi list tool is not given a complete set of all classes and
members. This change causes it to ignore them by passing the new
--fragment option to it.
This does not risk changing the flags as the stub-flags.csv files
created with the --fragment option are compared with the monolithic
out/soong/hiddenapi/hiddenapi-stub-flags.txt file which is not run
with this option to ensure that they match.
Bug: 179354495
Test: m out/soong/hiddenapi-stub-flags.csv
- make sure that this does not change the file.
Change-Id: I890c7374c445759cade4d685f51e81261b7ccea2
Previously, hidden API processing could only be done by those
bootclasspath_fragment modules that either did not depend on any other
fragments (e.g. art-bootclasspath-fragment) or only depended on APIs
provided by other fragments (e.g. i18n-bootclasspath-fragment). That
meant that modules like com.android.os.statsd-bootclasspath-fragment
that depended on APIs provided by parts of the platform which are not
yet part of another bootclasspath_fragment could not perform hidden
API processing.
This change adds support for a bootclasspath_fragment to specify the
additional stubs needed to perform hidden API processing. It adds a new
additional_stubs property that can be used to specify the additional
stub libraries.
Most bootclasspath_fragments that need to use the property will need
access to the APIs provided by the android-non-updatable.* libraries.
Rather than have each fragment explicitly specify the correct module
for each scope it treats "android-non-updatable" as if it was a
java_sdk_library that can provide different jars for each scope.
Soong will handle mapping that to the correct android-non-updatable.*
module.
Bug: 179354495
Test: m out/soong/hiddenapi/hiddenapi-flags.csv \
out/soong/hiddenapi/hiddenapi-index.csv \
out/soong/hiddenapi/hiddenapi-stub-flags.txt \
out/soong/hiddenapi/hiddenapi-unsupported.csv
- make sure that this change does not change the contents.
m TARGET_BUILD_APPS=Calendar nothing
Change-Id: Ia8b79830ed0e6d42100de03d76b0c51b7f6c8ade
Bug: 179354495
Test: m out/soong/hiddenapi/hiddenapi-stub-flags.txt
- check that an error is reported if a modular stub-flags.csv file,
i.e. one created by a fragment is not a subset of the monolithic
file, e.g. because a signature in the modular file has different
flags than it does in the monolithic or is not present there.
Change-Id: I46ebb495cb093a5e3abe7571c49933c845318549
Previously, the func created a rule and returned it for the caller to
create with the appropriate name and description. This change passes
the name and description into the func and causes it to create the rule
itself. The func is also renamed to make it more consistent with the
other similar rules.
Bug: 179354495
Test: m nothing
Change-Id: I2a4455daa8a6090ed5568994b255848d063e1ab2
Although the hidden API runtime does not support a module-lib API flag
the hidden API processing does need to used them as they are needed by
the "hiddenapi list" tool for any bootclasspath_fragment module whose
contents builds against an sdk_version of "module_current". Without it
the "hiddenapi list" tool could fail to resolve references to classes
provided by other modules which would break the build.
Bug: 179354495
Test: m out/soong/hiddenapi/hiddenapi-flags.csv
- make sure that this change has no effect on the generated flags.
Change-Id: I3ecb80fdaeba0e66d1ee25cb57152ab546d9bfe0
Previously, the hidden API processing used SdkKind to identify the API
scopes, e.g. public, system, etc. that are of interest for hidden API
processing. Unfortunately, there is a mismatch between the SdkKind and
what hidden API processing needs. e.g. SdkKind includes values that are
not used by hidden API processing and hidden API processing needs
additional API scope specific information not provided by SdkKind. The
apiScope struct used in sdk_library.go is also not a suitable
representation for similar reasons.
This change adds the HiddenAPIScope (following a similar approach as
apiScope) that rectifies that and uses it as a replacement for SdkKind
in most parts of the hidden API processing. The SdkKind is still used
for retrieving information from java_sdk_library[_import] modules.
Follow up changes will extend the HiddenAPIScope with more information.
Bug: 179354495
Test: m out/soong/hiddenapi/hiddenapi-flags.csv
- make sure that this change has no effect on the generated flags.
Change-Id: I97968f58535121652852b8d25217aa288afd2bfd
Prebuilt modules do not provide classesJars containing annotations.
Previously, the monolithic hidden API processing just used classesJars
from all the modules that provided them so when building against
prebuilts would have fewer classesJars than when building against
sources and so would produce different hidden API flags.
This change will generate the monolithic files from both classesJars
and files previously generated from hidden API processing. A fragment
that has performed hidden API processing will contribute its generated
files whereas standalone libraries and fragments which have not
performed hidden API processing will contribute classesJars.
Bug: 177892522
Test: m out/soong/hiddenapi/hiddenapi-flags.csv
m SOONG_CONFIG_art_module_source_build=false out/soong/hiddenapi/hiddenapi-flags.csv
- verify that the files are identical whether built from
source or prebuilts.
Change-Id: I06f3c7df49626bec21a452bc9abf1bb9e7545e5c
This replicates the previous behavior when the boot jars package check
was performed by a singleton. When the singleton was removed and the
check was performed by the platform-bootclasspath the logic to exclude
jacocoagent from the list was lost. This change replaces it.
Bug: 191377804
Test: m EMMA_INSTRUMENT=true EMMA_INSTRUMENT_FRAMEWORK=true check-boot-jars
- fails without this change passes with this change.
Change-Id: If9eae254045bef9a0c0963213721fc12a9f463cb
Previously, the rules to perform hidden API encoding were generated
separately to the rules to perform hidden API flag generation. This
change combines them within the (renamed) produceHiddenAPIOutput()
method and makes the paths to the encoded dex files an output of the
generateHiddenAPIBuildActions method alongside the paths to the
generated flag files.
As encoded dex jars are now an output of the produceHiddenAPIOutput()
method which is implemented for both prebuilts and source
bootclasspath_fragment modules that necessitated the prebuilt also
providing paths to encoded dex files. That in turn required updates to
some of the tests to provide dex files from prebuilt_apex modules.
Similarly, as the produceHiddenAPIOutput() method may not be called
for some bootclasspath_fragment modules as they do not yet provide all
the information needed to perform hidden API encoding then it is
necessary to extract the encoded dex files produced by the modules
themselves. That also required a few changes to tests that did not
previously provide dex files.
Bug: 177892522
Test: m com.android.art
- check that this change does not change the contents of the apex
file, i.e. is byte-for-byte identical.
Change-Id: I60996a34d06ed1c87ed244ab3509621999ad86ec
Previously, an []android.Module was converted to an []hiddenAPIModule
that was then used to retrieve boot dex jars. That was ok when
obtaining the dex jar files from source modules for
bootclasspath_fragment but does not work well for other use cases as
it would require doing that conversion in multiple places.
This change pushes the use of hiddenAPIModule down to the methods that
retrieve information from it which makes the methods more flexible and
easier to reuse.
Bug: 177892522
Test: m nothing
Change-Id: Ib84aaf03d8f5a63b48232036fe4589646fc23352
Previously, copyBootJarsToPredefinedLocations relied on all its
parameters having the same length and the same order. That made it
quite fragile as changes to one of the parameters without corresponding
changes to the other would cause failures. It also combined the
retrieval of the boot dex jars from the modules, handling of missing
boot dex jar files and the generation of the rules to copy the files.
This change separates the retrieval of boot dex jars and handling of
missing files from the copying of those files while at the same time
making the function less fragile by replacing the three ordered
parameters with two maps that shared common keys.
Bug: 179354495
Test: m nothing
Change-Id: Idbcd24a7e8af89f7895a20aeddc58502dcbaad03
This will export some hidden api related types and fields so they can
be used from outside the java package. This is needed to allow a follow
up change to move the TestPlatformBootclasspath_Fragments from the java
to the apex package.
Bug: 179354495
Test: m nothing
Change-Id: Ib69eea9d79cc83b8e3fc29919a29f071e1ec17b5
Previously, the hidden API flags generated for a bootclasspath_fragment
did not include removed API members. That was because it did not supply
a file containing the dex signatures of the removed API members.
The monolithic hidden API processing uses combined-removed-dex which is
the output of a genrule that takes as input the *removed.txt files from
all the APIs and uses metalava to construct the dex signatures file.
This change does the equivalent for the *removed.txt files for the APIs
provided by a bootclasspath_fragment and then passes them to the rule
that generates the final all-flags.csv.
Bug: 179354495
Test: - Update packages/modules/RuntimeI18N to enable hidden API
processing.
m out/soong/hiddenapi/hiddenapi-flags.csv
- Before this change that fails as the flags generated for the
i18n-bootclasspath-fragment differ from the monolithic flags.
After this change that passes.
- Verify that this change does not change any of the monolithic
hidden API files.
m com.android.i18n
- Verify that the apex file before and after this change are byte
for byte identical.
Change-Id: I6a21edb8a5231666e3f35b2c99a8687f36dd98fd
Previously, a bootclasspath_fragment that depended on classes provided
by another bootclasspath_fragment did not support hidden API processing
as it would not supply information about those dependencies.
This change adds support for that as follows. Each fragment:
1. Exports the transitive sets of stub dex jars for each of the public,
system, test and core_platform APIs (where relevant).
2. Adds dependencies onto its dependent fragments.
3. Retrieves the API stubs dex jars from its dependent fragments and
passes them to the "hiddenapi list" tool which will use them to
resolve dependencies but will not output them to the generated
flags.
Once the flags are generated the existing encoding functionality
encodes the flags into the dex files of the bootclasspath_fragment's
content modules which are then packaged into the apex.
Bug: 179354495
Test: m com.android.sdkext
- verify that this does not change the contents of the apex files
Change-Id: I3e82a6dbb437f1e417e5d7e25aeb212e378603d0
Previously, the bootclasspathApiInfo was only used for tests and follow
up changes will need to provide the stub dex jars. This change moves
the stubJarsByKind into HiddenAPIInfo and removes bootclasspathApiInfo
and the corresponding provider.
Bug: 179354495
Test: m nothing
Change-Id: I5459c56de561c053ed671dc9d5cb3ee4820c0ee8
Change 70cfdff3da changed the hidden API
flags in com.android.i18n as it stopped the i18n-bootclasspath-fragment
from making the hidden API flag files available for use by
platform-bootclasspath.
This change fixes that by exporting the flag files even if hidden API
flag generation is skipped.
Bug: 179354495
Test: m com.android.i18 out/soong/hiddenapi/hiddenapi-flags.csv
- make sure that the flags in
packages/modules/RuntimeI18n/apex/hiddenapi/hiddenapi-max-target-o-low-priority.txt
are reflected in the core-icu4j dex files in the apex.
Change-Id: I9b5c7c74bd996ab447bc0e0452da5fd49191a35d
This reflects that it has expanded from its initial purpose to include
more than just flag files. It is exported for use in tests in other
packages.
Bug: 179354495
Test: m nothing
Change-Id: I9f780b20e18ce3a774e4aa04a276463070a64c34
Encapsulating the information needed by hidden API processing in a
struct makes it easy to add additional information in future and allows
the code to populate that struct from various different sources to be
grouped together.
Bug: 179354495
Test: m com.android.art com.android.ipsec com.android.os.statsd com.android.conscrypt
- verify that this does not change the contents of the apex files
Change-Id: I53805737dff36a3ae87aca5aad51cf46ae1361fe
HiddenAPIFlagOutput encapsulates the paths to the files produced by the
hidden API flag generation of a single bootclasspath_fragment. It is
returned from hidden API flag generation and is embedded within the
hiddenAPIFlagFileInfo so they can be passed to other modules.
Unlike the fields it replaces in hiddenAPIFlagFileInfo the fields in
HiddenAPIFlagOutput are of type Path not Paths which makes it easier to
use.
Bug: 179354495
Test: m com.android.art com.android.ipsec com.android.os.statsd com.android.conscrypt
- verify that this does not change the contents of the apex files
Change-Id: I7373ba1001cac3a75eb54a23e62fa52f5013ee7f
The hiddenAPIFlagFileInfo was being used for both the input and output
of bootclasspath_fragment and platform_bootclasspath and also to pass
information around to various hidden API rule methods. Supporting
multiple different uses in this way made it hard to reason about.
This change creates a separate structure for use by the
platform_bootclasspath. Follow up changes will split out other
functionality into separate types.
Bug: 179354495
Test: m com.android.art com.android.ipsec com.android.os.statsd com.android.conscrypt
- verify that this does not change the contents of the apex files
Change-Id: Ia5c5f65ae5645486c42819c669a8601588217f88
The AlwaysUsePrebuiltSdks() causes all java_sdk_library_import modules
to be preferred over the source, i.e. as if they had prefer: true set.
That interacts badly with the work that is being done to integrate the
bootclasspath_fragment/platform_bootclasspath modules into the build.
It would work fine once that integration has been completed but in the
interim it causes problems. e.g. it does not cause a problem in AOSP
because those java_sdk_library_import modules that are affected have
already been integrated into the build properly.
Unfortunately, internally that is not the case because there are
java_sdk_library/java_sdk_library_import modules that still need to
be updated.
Before the java_sdk_library_import can be safely preferred each
java_sdk_library/java_sdk_library_import module that contributes to the
bootclasspath must:
* Be in the contents of matching bootclasspath_fragment and
prebuilt_bootclasspath_fragment modules.
* Have an apex and one of a prebuilt_apex/apex_set that contains the
dex implementation jar and lists the prebuilt_bootclasspath_fragment
name in its exported_bootclasspath_fragments property.
Safely preferred in this context means that the whole build will
continue to work rather than the current situation which is that only
some of the build will work and some will fail if an attempt is
actually made to build it.
Unfortunately, many java_sdk_library_import modules are missing:
* The prebuilt_bootclasspath_fragment.
* The exported_bootclasspath_fragments property on the
prebuilt_apex/apex_set that contains them.
Together these cause the following symptoms:
1. The java_sdk_library_import does not have a dex implementation jar.
2. The java_sdk_library_import does not have a myapex variant.
These workarounds will avoid Soong reporting build failures. However,
the build will still fail if an attempt is made to build anything
produced by the platform-bootclasspath, e.g. hidden API processing or
a system image.
Bug: 188505921
Bug: 179354495
Test: m TARGET_BUILD_APPS=Calendar
Change-Id: I3226e21cd6a7f9e4d6bbe94e54129ac5e1d4c679
Merged-In: I3226e21cd6a7f9e4d6bbe94e54129ac5e1d4c679
