m <modulename> is handled by Make and installs the Make copy of a host
java binary in out/host/linux-x86/bin, and doesn't depend on the Soong
copy in out/soong/host/linux-x86/bin. That can leave a stale binary
in the Soong directory, and since the Soong directory is first in the
path set up by envsetup.sh, can result in confusing behavior to end
users.
cc_binary already has the Make binary depend on the Soong binary
so that they are both updated. Do the same for java_binary.
Fixes: 180405155
Test: m metalava
Change-Id: Ic84a131a2851cc4a18ce3725da3c4067137d6120
This change fixes a bug that android:path attribute is ignored when
annotated field is in a slice of struct.
blueprint now traverses fields whose type is slice of struct and
provides the index list in the case. Soong is modified so that it checks
whether the field being referenced is a slice of struct or not. If that
is the case, it gathers field values from each of the elements. If not,
it follows the original path.
Bug: 181018147
Test: m nothing
Change-Id: I220efb6feaa525a00939654459b2998e98e7ad56
This allows more direct access to the bazel label and whether the module
is bp2build available.
Test: go test *
Change-Id: I23375835d20fa53d7d94127b2dc2d5bb20487bfb
This eliminates the need to remove quotes, delete attributes, and
re-checking that name has correct prefix. Additionally, this allows
assignment directly to the BazelTargetModuleProperties struct, which
allows defaulting unused fields and clarity of which field is being set.
Test: go test soong tests
Test: ran ./build/bazel/scripts/milestone-2/demo.sh
Change-Id: Ia9bfcce76234c793a4ddd5f29a661150f83341c9
Bug: N/A
Test: remove some cases from String() so that some linktypes go to the
default path. Then run m nothing. No infinite recursion. Error is
correctly shown.
PANIC=String method: unrecognized linktype: 5
Change-Id: I424755bc89871fc2144ff22d6391f57157cd434d
Change-Id: Ice791025dc50f44ffabd1050bafc5ea35023d32c
Previously, it was assumed that generated headers must be arch specific
and so prevented the fields referencing the paths to those headers from
being automatically optimized by the sdk generation code. That is not
always the case, e.g. with headers generated from protos so this change
allows those fields to be optimized.
Bug: 180427921
Test: m nothing
Change-Id: Id2af419d58ae3c30ea6d9e87f71e33a9ff6ba13b
Previously, the snapshot handling code did not preserve the directory
structure of generated include directories and instead just copied the
headers into the same module specific directory and added that single
directory to the export_include_dirs (or similar) property.
That had a couple of issues:
* The include directory was repeated in the ..._include_dirs property.
* It did not work when the include directories overlapped.
In the latter case it had a couple of issues:
* Code which compiled fine against the source would not compile against
the prebuilt.
* Header files were duplicated in the output.
e.g. assume the following generated header file structure:
foo/
foo.h
bar/
bar.h
baz/
baz.h
When the sdk snapshot was passed include directories of "foo", "bar" and
headers of "foo/foo.h", "bar/bar.h", "bar/baz/baz.h" it would generate a
snapshot with the structure:
include_gen/
foo.h
bar.h
baz/
baz.h
And:
export_include_dirs: ["include_gen", "include_gen"]
However, when the include directories overlapped and include directories
of "foo", "bar" and "bar/baz" were passed in the directory structure
would be the same and the export_include_dirs would contain 3 usages of
"include_gen".
That meant that source code which used the following would build
against the source (because it would find "baz.h" in the "bar/baz"
include directory) but would fail when built against the prebuilts
because the "include_gen" directory did not contain "baz.h":
#include "baz.h"
This change preserves the input directory structure for generated files
in a similar way to how it does it for source files. So, the snapshot
structure looks something like this:
include_gen/
foo/
foo.h
bar/
bar.h
baz/
baz.h
And:
export_include_dirs: [
"include_gen/foo",
"include_gen/bar",
"include_gen/bar/baz",
],
Bug: 180427921
Test: m nothing
Change-Id: Id69eef8cf5eecd033841d3b7cd0c044a697ce404
A number of tests in cc_sdk_test.go use "include" for the input include
directory which results in the output containing "include/include"
(because the snapshot code uses "include" as the directory into which
native headers will be output). This change switches the inputs from
"include.." to "myinclude.." to differentiate between the two sources.
Bug: 180427921
Test: m nothing
Change-Id: Iba1e6d94647c74b31307b18254c03580e64c91cf
Uses new capability added in previous change to separate the testing of
the versioned and unversioned snapshots in sdk/cc_sdk_test.go. Any test
that generated an _snapshot module that simply listed the modules and
did not check a new type only tests the unversioned output to reduce
the duplication and cost of changing the tests.
Bug: 180479010
Test: m nothing
Change-Id: If11f82b3dd8ec79110b3a2f5adf193b6464000ab
Previously, the only way to test the Android.bp file generated by the
sdk module was to test both the unversioned and versioned parts
together. This change allows them to be tested separately.
Bug: 180479010
Test: m nothing
Change-Id: I3d695bcfbff030a6da393283ab30ec0979fb2826
Previously, a cc library that included .aidl, .proto and/or .sysprop
files and exported headers generated from at least one of those types
would actually export generated headers from all of them.
While headers generated from .sysprop files are always exported those
generated from .aidl or .proto should only be exported when explicitly
requested.
This change treats them separately as expected. It has the potential
to break the build as it could reduce the set of headers exported and
so a dependent module that needed those would break. The fix in that
case is to simply add one (or both) of the following to the module
that previously exported those headers:
aidl: {
export_aidl_headers: true,
}
proto: {
export_proto_headers: true,
}
Bug: 180712399
Test: m droid
Change-Id: I488182e27dd423d261443612f98d5c112dd3ef8f
The new mode is enabled with environment variable
RELAX_USES_LIBRARY_CHECK. If the variable is set to true, then a
verify_uses_libraries check failure does not fail the build, instead it
sets a special compiler filter "extract" for dexpreopt, which means that
the DEX file will be extracted, but it won't be compiled to native code.
Class loader context will be set to empty in this case (not &, as it is
going to be deprecated soon).
If the variable RELAX_USES_LIBRARY_CHECK is unset or set to something
other than "true", then the old behaviour of the verify_uses_libraries
check is preserved.
The intended use case for this flag is to have a smoother migration path
for the Java modules that need to add <uses-library> information in
the build files. The flag allows to quickly silence build errors. This
flag should be used with caution and only as a temporary measure, as it
masks real errors and affects performance.
verify_uses_libraries check is reworked so that it writes the error
message to a status file (which is used instead of the former timestamp
file). Currently the stored error message is not used, but it may be
used later to produce a warning. Dexpreopt command checks if the status
file exists and is nonempty; if that is the case, then compiler filter
is set to "extract".
Bug: 132357300
Test: Manually add some mismatch between the libraries in the Android.bp
and Android.mk files for dexpreopted apps, build with
RELAX_USES_LIBRARY_CHECK=true and obsserve that the build doesn't
fail and they are compiled with compiler-filter "extract".
Unset RELAX_USES_LIBRARY_CHECK and observe that the build fails.
Change-Id: Ibb5d993a25b1df1d2e70b7d5aafc6997f9d64e67
These are not currently tracked before because the shims are just
filegroups. aosp/1598155 is turning them into libraries so each
shim can build with the appropriate SDK version.
Test: m
Change-Id: I9df3dd98d46f49943211cb0893493d628ddd157c
Merged-In: I9df3dd98d46f49943211cb0893493d628ddd157c
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