This should have been done when autoland came into existence.
MozReview-Commit-ID: HaWNq41mDvn
--HG--
extra : rebase_source : 1f8905a45388a147970b65d6d7e226600cf8afc2
fx-team is read only. We shouldn't be performing any more builds. The
configuration can be removed.
MozReview-Commit-ID: 3cbEnnOKwaZ
--HG--
extra : rebase_source : 1e3b69721f0615327c3882767f0b90ee10bce1cf
Importing 'os' in python configure functions, on Windows, changes the
separate the various os.path functions use, and that can have
unexpected, badly handled, consequences. While on the long term, it is
desirable to make @imports('os') modify os.path to use the same base
functions as if there were no @imports, let's go with the simpler
workaround of restoring the non-{isfile,isdir,exists} os.path functions
from b6be0e9e3e1e.
--HG--
extra : rebase_source : a1857b5dce2aa818c72a77d0d9727ac6ce16cb8f
We actually target armv7, so we need this distinct triple
with the rust toolchain, while it's implicit with the
android ndk.
MozReview-Commit-ID: LUwdpOaWB6M
--HG--
extra : rebase_source : 820de90d0844e1519f9e02a583c8cc3abf1dfdc0
We want functions without an @imports to not have any side effects, and
to not use external resources. So remove the few functions we expose from
os.path without @imports('os') that do.
--HG--
extra : rebase_source : a9485ec269d4de5785d66d7772eda4fae5a84b4a
clang-cl would normally derive its MSVC emulation bits from the
installed MSVC version, but we don't have an installed MSVC in this
scenario, so we have to use command-line options instead. We use
similar options for Gecko builds.
In a taskcluster world, we cannot used fixed directories, since we don't
know the absolute path of the directory we're building in ahead of time.
(We could pass it in to the build script, or discover it in the script
itself, but that wouldn't really solve the next problem.) This change
does make the builds not reproducible, but as we're using clang-cl
purely for secondary purposes on Windows, rather than for shipping
Firefox binaries (as we would on Mac, say), I don't feel bad about
punting the reproducibility issue down the road a bit.
We cannot depend on a fixed location for cl.exe in a taskcluster world.
We therefore need to make our build-clang.py script accomodate relative
path names for cc/cxx and assume those are binaries that should be
looked up on PATH.
We also need to modify the Linux build script so that the virtualenv is
used to look up the new 'which' package.
The toolchain checks are now such that we can stop special casing x86-64
<-> x86 cross compiling. OTOH, depending on the target, the toolchain
prefix can be of the form `cpu-os` or `cpu-machine-os`. We were only
using the former, and we change this to allow to try both.
Finally, the toolchain prefix being a gcc thing, it applies on all
target platforms where we try to use gcc.
However, the status quo is kept for the value of TOOLCHAIN_PREFIX
exposed to old-configure and the build system, until the various tools
paths (such as ar, readelf, etc.) are handled in python configure.
--HG--
extra : rebase_source : 1fe2e0708e317f061a03e2b4f058bbd08b5525f1
Use concurrent.futures to provide a thread pool so we upload
files concurrently. This should make uploading complete faster.
If timestamps in mozharness logs can be trusted, uploading on Linux
currently takes ~45s. Hopefully this shaves 10+s from the build.
MozReview-Commit-ID: KTww31XWN7o
--HG--
extra : rebase_source : 1a487cd1a0772e996eacaefcd9d0b37dc96fbffa
In preparation of using a thread pool to call DoSCPFile().
MozReview-Commit-ID: Ab2gk8UTQWK
--HG--
extra : rebase_source : b1c97953f5b0be91bb16eac19ca6862e715ce7d4
