These builds can be run on taskcluster to obtain per-test (JSDebugger) code coverage with the linux64-jsdcov build and overall (GCOV) code coverage with the linux64-ccov build. The linux64-jsdcov build also needed to have leak checking disabled for debug mode.
MozReview-Commit-ID: ASgrU2X7RQV
--HG--
extra : rebase_source : b2098e4d01039edd6cff37f3e6a26c2ed3d3d3ba
These builds can be run on taskcluster to obtain per-test (JSDebugger) code coverage with the linux64-jsdcov build and overall (GCOV) code coverage with the linux64-ccov build. The linux64-jsdcov build also needed to have leak checking disabled for debug mode.
MozReview-Commit-ID: ASgrU2X7RQV
--HG--
extra : rebase_source : af40a6e582665ffcb575092586731f595a362ae4
Visual Studio 2015 Update 3 has been out for a few months. It appears
stable. So let's start using it.
As part of this, we also update the Windows SDK to the version
corresponding with the Windows 10 Anniversary Update (10.14393.0).
MozReview-Commit-ID: C36sRlKqa8t
--HG--
extra : rebase_source : 2fd46d6053d3eaf62dd8b2b291881c5172cc6056
Update linux32 tooltool manifest to use a gecko build of rustc and cargo
for x86_64-unknown-linux-gnu host targeting both x86_64 and i586.
rustc built with --enable-llvm-static-stdcpp --disable-docs
--enable-debuginfo --release-channel=stable from 'stable' branch
rust 1.11.0 (commit 9b21dcd6a89f38e8ceccb2ede8c9027cb409f6e3)
Pass --target i585-unknown-linux-gnu when building for 32-bit linux.
We mostly want this for official builds, but Debian needs it too,
in both cases to support old machines without SSE2 instruction set
support, so while it means developers will have to `rustup target add
i585-unknown-linux-gnu` when building for this architecture that is
not a common task (most linux devs will be on 64-bit) and it reduces
variance and surprise if binaries are distributed.
MozReview-Commit-ID: 3mAjWxYGpwZ
Repacks of upstream builds of rust 1.11.0 stable with std libraries
for the appropriate targets. Remove the separate rust-std package
references since the new repacks include the necessary targets.
Also update clang and hazard builds to the latest toolchain.
MozReview-Commit-ID: K7oBxQZnLPu
--HG--
extra : rebase_source : 9f339ff52e9e2f6c28d4bb7a734b9f0eae43a47a
Update tooltool cargo packages to the 2016 August 31 nightly
build. These have source-redirection support needed by the
stylo project but not available in stable cargo yet.
Repacks of the upstream build cargo 0.13.0-nightly (e713e7f 2016-08-31).
MozReview-Commit-ID: 7Ejckg9dPZy
--HG--
extra : rebase_source : bae84e6336feb259954c093dc377e6504e973682
We update the rust compiler for cross build as well as use rust-std for
mac.
MozReview-Commit-ID: JgqKTtqXKqK
--HG--
extra : rebase_source : 21286ecdf28a0cf2f8a5e7e81609b418c83b1f15
Update clang for the built version shipping libc++. This is primarly
intended to fix Mac OSX cross builds, but for a matter of consistency,
we update it for all clang builds done in a Linux host.
The ld that we use for Mac builds is old (Xcode circa OS X 10.7), and
also crashes in various ways when we try to use newer Rust versions
and/or pass options to make the linker work with newer Rust versions.
To mitigate this, let's build with a newer linker, compiled from:
https://github.com/tpoechtrager/cctools-port
We use this port, rather than the packages from opensource.apple.com,
because the packages from Apple have decidely non-intuitive build
systems, and require some hacking to get to build. This port, in
contrast, is simply built with:
CFLAGS='-mcpu=generic -mtune=generic' ./configure --target=x86_64-apple-darwin11
env MACOSX_DEPLOYMENT_TARGET=10.7 make
and the resulting x86_64-apple-darwin11-ld is renamed as 'ld' and
packaged up for automation's purposes.
However, since this linker is newer, it also produces bits of Mach-O
that our older build tools don't understand. Fortunately, we can pass
appropriate options to the linker to turn off generation of those Mach-O
bits.
- Update the tooltool manifests to use the new package.
- Update mozconfig paths to reflect MSVC tooltool package changes.
--HG--
extra : rebase_source : 2f2da35ec1d1b3fb5ca9210951d9ac3a38a2bd75
Repacks of upstream builds cargo 0.13.0-nightly (664125b 2016-07-19)
for each host platform. Unpacks into cargo/bin/cargo.
This version supports `cargo build --frozen` to disallow
network access during the build.
MozReview-Commit-ID: IihpDlqxPx6
Repacks of upstream rust 1.10.0 stable builds with cargo and std for necessary target architectures.
MozReview-Commit-ID: CgPukGLz4Dv
--HG--
extra : rebase_source : e393c1f0aa4e8d14861ed5bb76f1ac73bfcab444
Gecko builds of rustc and cargo. x86_64-unknown-linux-gnu host
targeting both x86_64 and i686.
rustc built with --enable-llvm-static-stdcpp --disable-docs
--enable-debuginfo --release-channel=stable from 'stable' branch
rust 1.10.0 (commit cfcb716cf0961a7e3a4eceac828d94805cf8140b)
cargo built from 'master' branch
cargo 0.11.0-119-g9f1ffdd (commit 9f1ffdd69b9fc564431e027a5043b303c7ec3808)
MozReview-Commit-ID: 4hq6dan8pk0
Needed because buildbot clones/checks out from the repo head (of default)
and then updates to the rev for the nightly we're pulling, which can cause
CLOBBER file changes to initiate an unwanted clobber of the object directory
where we just pulled the nightly binary from. Even when CLOBBER hasn't actually
been touched in the changeset range we're looking at between nightlies.
MozReview-Commit-ID: 154d2iZeHgd
--HG--
extra : rebase_source : 504b821955a870cabf6fc727d13e44a33aabb45c
Something similar was done in bug 1278718 for ASan builds, because of
indirect dependencies on libstdc++ being picked by the linker and
leading to linkage failure with the older binutils from the CentOS 6
image we use to do desktop builds.
Build slaves on automation are based on Centos 6, which doesn't have a
recent enough version of libstdc++ for our new requirements. But since
we're building with a recent GCC or clang with its own libstdc++, we do
have such a libstdc++ available somewhere, and the compiler picks it
when invoking the linker.
Problems start happening when we execute some of the built programs
during the build, like host tools (e.g. nsinstall), or target programs
(xpcshell, during packaging). In that case, we need the compiler's
libstdc++ to be used. Which required adding the GCC or clang library
directory to LD_LIBRARY_PATH.
Unconveniently enough, the clang 3.5 tooltool package we're using for
ASAN builds until we can update to at least 3.8 (bug 1278718) doesn't
contain libstdc++.so. So for those builds, pull the GCC package from
tooltool as well, and pick libstdc++ from there.
