The new option WITH_STATIC_ANALYZER=1 instructs build system to
run static analyzer via "clang --analyze" on a successful build.
If analyzer finds any issue, instruction to open report is displayed.
See http://clang-analyzer.llvm.org/scan-build.html for details.
WITH_STATIC_ANALYZER trumps WITH_SYNTAX_CHECK if both exist.
Project use lots of GCC extensions (eg. nested function) not supported
by clang may opt out by adding LOCAL_NO_STATIC_ANALYZER:=true
Change-Id: I9970560560bd52ce5f0fd7129c3488629627c735
The new option WITH_SYNTAX_CHECK=1 instructs build system to invoke
"clang -fsyntax-only" to utilize clang's better diagnostics before calling
LOCAL_CC/LOCAL_CXX for code generation. The compilation time is slightly
longer, and the generated object file should be the same as w/o WITH_SYNTAX_CHECK
Project use lots of GCC extensions (eg. nested function) not supported
by clang may opt out by adding LOCAL_NO_SYNTAX_CHECK:=true
Change-Id: I5689586788ef049bd967364f71f31f1e359bd121
The issues:
- The size increase from utilizing FDO is quite large while
utilizing runtime profiles in build.
- By default, FDO is utilized globally if the target arch variant
profiles exist.
- Not all modules can show statistical significance in
performance comparison, yet still suffer the size increase.
The solution:
- Only enable FDO locally with LOCAL_FDO_SUPPORT
for modules which may benefit enough to justify the size
tradeoff.
Solution notes:
- I've noted statistical significance in libwebcore and libskia
thus far from utilizing FDO.
- Analysis included sunspider, drawcanvas benchmarks, as
well as gooda analysis on both arm and x86
- To support runtime profile generation in modules which have
LOCAL_FDO_SUPPORT specified,
BUILD_FDO_INSTRUMENTATION is still used. Otherwise,
if the target arch variant profiles exist, FDO is utilized for
specified modules.
Change-Id: I7e95266943ff47c7d82b02e6200fd09911d0bb57
Also source files which have dependencies need to be bundled together
(at least the way the build system is set up now). Move
--proto_path=$(TOP) to the end so that it does not take precedence
over user-supplied --proto_path flags.
Change-Id: Ia532647fe8811d39230a23ba3671685b0388cbe0
Usage:
LOCAL_DIST_BUNDLED_BINARIES := true
The dist files will include the jni shared libraries and the apk with
jni libraries stripped.
Bug: 8181626
Change-Id: I4a047d786ad35b948b4ad7a51adf37321dbe395c
This allows you to build apks that link against other
apks using the framework's new shared library apk feature.
Also if you are using LOCAL_APK_LIBRARIES, then LOCAL_DEX_PREOPT
will not be allowed. This is because using preopt means the
apk is stripped of its dex file, so the pre-installed apk can't
be redexed if its associated library changes. (Even if the build
system didn't strip the dex, Dalvik still has issues because it
assumes a pre-odex file is always valid.)
Change-Id: I952c0d24f8975f75aff67f78b5faeec91144c3e7
With this support, you can piggy-back some symlinks when a module gets
installed.
This is especially helpful if the target of the symlink doesn't exist on
the build machine.
Change-Id: I48af7a90ce67475bc49b72f94a8753b94da98edd
With this change, you can easily switch between building from source
code and prebuilt.
Set LOCAL_PREBUILT_MODULE_FILE to the path of the prebuilt file,
relative to the top of the source tree, in the usual module definition.
The prebuilt will be used unless any of the followings satisfied:
1) ANDROID_BUILD_FROM_SOURCE is "true", which disable prebuilt globally;
2) The module name is in ANDROID_NO_PREBUILT_MODULES;
3) The LOCAL_PATH is prefixed by any of ANDROID_NO_PREBUILT_PATHS.
A developer can set ANDROID_NO_PREBUILT_MODULES or
ANDROID_NO_PREBUILT_PATHS to build only his own module(s) from source,
while build other modules from prebuilts.
You can set ANDROID_BUILD_FROM_SOURCE to true to build everything from
source.
Those variables can be set with shell environmental variable or in your
buildspec.mk.
Sometimes module B is able to be built from source only if module A is
also
built from source, for example, if B is the test apk of A.
In that case, you can use the macro include-if-build-from-source to
include B's Android.mk only if A is built from source too, or
if-build-from-source to conditionally include the definition of module
B,
if their module definitions are in the same Android.mk.
Support host-executable-hook and host-shared-library-hook.
Change-Id: Icab7cf028c87eaba0dd7efc2a7749fd6f32b44e4
Bug: 6987838
- With this change, use "EMMA_INSTRUMENT=true" to enable emma in full or
unbundled build.
- You don't need to add "LOCAL_STATIC_JAVA_LIBRARIES += emma" any more for
unbundled apps.
- Now a single var LOCAL_EMMA_INSTRUMENT replaces the previous
LOCAL_NO_EMMA_INSTRUMENT and LOCAL_NO_EMMA_COMPILE.
- By default, if EMMA_INSTRUMENT is true, emma is enabled for only
non-test apps.
- A new global var EMMA_INSTRUMENT_STATIC. It enables EMMA_INSTRUMENT
and builds emma into apk/jar as static library, instead of using emma
as part of shared library core.jar.
Change-Id: I0aa219e83074879ececc159b5b07c39eb07ccc00
To pass compiler flags
LOCAL_CFLAGS: to both C and C++ files;
LOCAL_CONLYFLAGS: to only C files but not C++ files;
LOCAL_CPPFLAGS: to only C++ file.
LOCAL_CPPFLAGS and LOCAL_CONLYFLAGS can override flags in LOCAL_CFLAGS.
Bug: 6967573
Change-Id: I88d9de0980e451b94bc7ae8c741ea2030eada3e1
We are now unifying the NDK versions of unbundled native code to always
use the latest NDK.
We don't need the variable LOCAL_NDK_VERSION now.
To build native code with NDK, you need set just LOCAL_SDK_VERSION.
Bug: 6932421
Change-Id: I86f05a264249cda6bae97b4b1616f03700cd9dfa
We are now unifying the NDK versions of unbundled native code to always
use the latest NDK.
We don't need the variable LOCAL_NDK_VERSION now.
To build native code with NDK, you need set just LOCAL_SDK_VERSION.
Bug: 6932421
Change-Id: I86f05a264249cda6bae97b4b1616f03700cd9dfa
Set "LOCAL_SOURCE_FILES_ALL_GENERATED := true" if you want to build a
Java library from only generated source files, without any static
source files. Previously this is not allowed.
This is needed by building api stub libraries, which have only source
files of generated stub files.
Bug: 6814443
Change-Id: Idb2ae9c71a473b796154a03ef07a3403461c4f3c
- Usually you don't need to set LOCAL_JAR_EXCLUDE_FILES in your
Android.mk, if your static library is directly used by an app.
- If your library will be included by another library that need
reference the R/Manifest class, you can set
LOCAL_JAR_EXCLUDE_FILES := none
to keep the generated classes.
- If your library includes another static library that has Android
resource and you want to remove the generated classes carried by
the static library, set:
LOCAL_JAR_EXCLUDE_FILES := $(ANDROID_RESOURCE_GENERATED_CLASSES)
With the LOCAL_JAR_EXCLUDE_FILES value "none", deprecate the old
long variable LOCAL_KEEP_R_CLASS_IN_STATIC_JAVA_LIBRARY.
Change-Id: I3b9ad5d66f0262f784feb09bc1537c5b01256258
Bug: 6167394
$make lint-<app-name> # to lint on a single module
$make lintall # to lint on all packages in the source
tree.
Change-Id: I4decc76fb75793ce44809232b0ec72b766fbb434
via a new definition LOCAL_ABS_MANIFEST_FILE. The existing
LOCAL_MANIFEST_FILE variable will also be supported.
(Necessary if manifests are being programmatically generated in the
intermediates directory)
Change-Id: I77a8eb1b8040b966b944464281d00c161ff34d3c
1. A CTS package can specify the test runner used to launch
its tests from the device. This is useful for preparing
and cleaning the device through some shell commands if
necessary.
bug:5946699
Change-Id: Ib1d6454c4274b1c37323235c9b3a195f3b9d8131
Bug 4970300
Adds two new variables, CTS_TEST_CASES and CTS_TEST_XMLS, to be read
from CtsTestCaseList.mk. The CTS_TEST_CASES variable can be used to
copy any sort of file to the repository/testcases CTS directory.
The CTS_TEST_XMLS variable can be used to inject test package xmls
from any source rather than relying upon the monolithic and
mostly serial buildCts.py script.
The existing CTS_CORE_CASE_LIST is coded to only support APKs, so
it could not be retrofitted to support native tests. However, the
two new variables can do even more than CTS_CORE_CASE_LIST due to
their generality. In the future, the idea is move away from
CTS_CORE_CASE_LIST and also generate XMLs using separate tools
rather than just buildCts.py.
Change-Id: Ib52722861c37e0f4d511f9041928395bcaba5dea
Andrew Hsieh