It's already included by the nightly and debug mozconfigs which end up including
cross-mozconfig.common, including it again appears ineffectual and causes
failures in artifact builds.
MozReview-Commit-ID: 1DH4r8mgNXe
--HG--
extra : rebase_source : d01254a2140ad6fc90321c8a5d1f4c439e93f7b1
This removes the UNIFY_DIST and UNIFIED_BUILD variables, as well as the
--unify flag from the packager and UnifiedBuildFinder from mozpack. As a
result the STAGEPATH variable is never defined anymore, so its uses can
be removed as well.
test_unify.py is currently the only mozbuild/mozpack test that fails
without running configure first, and there isn't much point in fixing
tests for things that we don't actually use anymore.
MozReview-Commit-ID: F5q1FPW3Did
--HG--
extra : rebase_source : cadbd237f51c23ea1983135294521d628d16f0df
CLOSED TREE
Backed out changeset 158233bce738 (bug 1197325)
Backed out changeset b5ac3fa0bbe7 (bug 1197325)
Backed out changeset 55a8ad127517 (bug 1197325)
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.
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.
At this point, the only remaining part of the postflight for OSX
universal builds dates back to bug 834228. Since then, many things have
changed, one of them being that automation build steps have dependencies
that can be expressed through make dependencies.
While this is not directly related to bug 1244446, fixing this bug gets
more complicated if postflight needs to happen before some of the
automation build steps.
At this point, the only remaining part of the postflight for OSX
universal builds dates back to bug 834228. Since then, many things have
changed, one of them being that automation build steps have dependencies
that can be expressed through make dependencies.
While this is not directly related to bug 1244446, fixing this bug gets
more complicated if postflight needs to happen before some of the
automation build steps.
Gonk, Android, and the generic cross-compilation setup all were using a
different yet similar way to prefix the toolchain. The latter was even
wrong, since the target and target alias usually don't match actual
toolchain prefixes (which don't include the machine part of the target).
Now that we have cross-compilation tooltool packages for OS X, we can
use the common mozconfig to enable Rust on all OS X builds, regardless
of host OS.
Update tooltool manifest for macosx with a custom build of rustc 1.4.0
with --enable-rpath --disable-elf-tls and MACOSX_DEPLOYMENT_TARGET=10.7
on MacOS X 10.10.5, Xcode 7.1.1 (clang-700.1.76).
Built for x86_64-apple-darwin with the rustlib from a separate
i686-apple-darwin build copied into the tree to support 32-bit cross
for universal builds.
Since we've enabled rpath, we can drop the DYLD_LIBRARY_PATH setting
from mozconfig.rust. This method seems cleaner since the add/append
decision for DYLD_LIBRARY_PATH is verbose in shell.
Add a mozconfig fragment enabling rust on mac builds.
Include it in the official integration mozconfig files only.
Developer checkouts don't require rust.
Mike Hommey
Kartikaya Gupta
Chris Manchester
Mike Shal
Jesse Schwartzentruber
Wes Kocher
Justin Wood
Phil Ringnalda
Benjamin Smedberg
Ehsan Akhgari
Ted Mielczarek
aleth
Nathan Froyd
Carsten "Tomcat" Book
Nathan Froyd
Ralph Giles
Ryan VanderMeulen
Georg Koppen