With BOARD_USES_RECOVERY_AS_BOOT = true, we skip building the
non-ramdisk boot.img but building the recovery image as boot.img. It
contains recovery's ramdisk (e.g. with /sbin/recovery). It depends on
the bootloader parameter (skip_initramfs) to determine the actual mode
to boot into.
Change-Id: Id6e2d0a2b94383944ca8f35bba688c6401745622
(cherry picked from commit d80bef2b9e)
RPATH was used in order for ASan executables to prefer ASan libraries
under /data. Now ASan executables use a special loader (linker_asan),
which implements this logic. RPATH is no longer needed.
Change-Id: Ic7a39b022267b80bd0ce3e95a2e822eb308a1fba
append2simg can be slow, so generate error correction data before verity
data is appended, and append all metadata to the image at the same time.
Needs matching changes from
I09349368925e5e2f2a7961a712a1e933eb0b9ec8
Bug: 26251929
Change-Id: Iea8cee0aee353b4d029d9581e8fbd68ec7b7dd4b
append2simg on a large image is fairly slow, so append verity metadata to
the hash tree to avoid two calls.
Bug: 26251929
Change-Id: I5ec84dcd6e8500e990af13b1f9cef5e809b41605
Default source version is 1.7 in Jack B and Jack C so this means no
change to default. Not forcing it in the build rules will allow to
change it in LOCAL_JACK_FLAGS.
Bug: 26257295
Change-Id: If9b5fe250eea4bc6bcb3c16ad9cf7024d399ff3c
Mac builds use a javadoc tool that fails on more warnings than linux
builds. Add -Xdoclint:none to all java 8 standard doclet javadoc
commands.
Don't add it to javadoc commands that use the com.google.doclava.Doclava
doclet, it doesn't understand -Xdoclint:none.
(cherry-picked from commit 8bf7b5d51a)
Change-Id: Ic5b8431ec2facb7989473b06ebe07246f6d2317f
BUILD_NUMBER is use to generate ro.build.description and
ro.build.display.id, if USER is long, these properties will
exceed 91 characters easily.
Change-Id: I7f99ef351f80210172a873104edd980b36c3f8f1
Signed-off-by: weiqiao <qiaowei224@gmail.com>
We switched to running prebuilt host tools in place in
prebuilts/sdk/tools in TARGET_BUILD_APPS build. This logic is no longer
needed.
Change-Id: Ibf88b3c0a09fb3a1a04b25403457c48851ecc6f4
Host binaries may be run during the build process and the internal
implementation of the shared libraries makes a difference for the build
result. This change makes sure host tools get re-linked and re-run when
any of its dependency libraries gets updated.
DEX2OAT is such a host tool. We also changed DEX2OAT as full dependency
of dex-preoptimization, so we rebuild the odex files if DEX2OAT itself,
or any dependency libraries changed.
Bug: 24597504
Change-Id: Idf0d9be82ccebd826d9c5b405a39cff437e0af29
This also makes source files follow the standard directory structure
based on Java package names.
Bug: 25794543
Change-Id: Ie0b568057f836e56407f76d29eeacd28ab907ba8
Turn back on ld.gold and W-l,--icf=safe for
aarch64, now that the prebuilt ld.gold has been updated
with support for reloc 311/312 (fixed upstream, see
https://sourceware.org/bugzilla/show_bug.cgi?id=19042)
Bug: 25642296
Bug: 26153840
Change-Id: Idceb357a48d9da4eec38ab8f2103245d500622ae
Some projects are still built with our host GCC 4.8, which doesn't
support -fstack-protector-strong. The combo .mk files are used by
GCC and clang, so it's not safe to turn on -fstack-protector-strong
there. Instead, do it in the clang-specific .mk for now.
We can clean this up when elfutils (the last code built for the host
with GCC that I'm aware of) is built by clang. We'll be able to
remove the host GCC prebuilts too!
Change-Id: I314b9eab071c132a8e2cb8cc779a75ae8abb12e2
This results in nearly all functions with the possibility of stack
corruption getting stack canaries, because it applies to any function
taking a reference to the frame or with a local array rather than just
the functions with arrays larger than 8 bytes. It was developed for use
in Chrome (and Chrome OS) and has also been adopted by various other
distributions (Arch, Fedora, Ubuntu, etc).
The code size increase ranges from ~1.5% to ~2.5%, compared to ~0.3% to
~0.7% with the more conservative switch. The increase in the performance
loss is usually minimal. The overall size increase once everything other
than C and C++ code is taken into account is minimal, and it greatly
improves the mitigation of stack buffer overflow vulnerabilities.
https://lwn.net/Articles/584225/
Change-Id: I2fb7f0bfccbfa5d22ca8858309a133469edbc7b6
Daniel Rosenberg