If you happen to be unfortunate enough to be testing changes that crash
xpcshell during the xpcshell self-tests, you'll be presented with error
messages like:
PROCESS-CRASH | test_child_assertions.js | application crashed [unknown top frame]
Crash dump filename: c:\users\task_1522676338\appdata\local\temp\xpc-other-mtot6h\cfaea928-e995-4430-baf9-0066c6b91be9.dmp
MINIDUMP_STACKWALK binary not found: z:\build\build\tools\breakpad\win64\minidump_stackwalk.exe
and then be told that, essentially, "your test failed because it
failed", which is unhelpful for figuring out what went wrong.
Apparently we had MINIDUMP_STACKWALK set at one point, and then it got
moved. Let's fix this situation by a) downloading minidump_stackwalk
out of tooltool (our test harnesses do this already); and b) pointing
MINIDUMP_STACKWALK at the correct location. With these changes, we can
once again get crash stacks if xpcshell (and probably a few other
things) fail their self tests.
This keeps --disable-stylo working and --enable-stylo=build with the same
semantics, but it makes also --enable-stylo / and the default to not build the
old style system at all.
This also removes the stylo-only platforms, since they're now the default.
MozReview-Commit-ID: DL2eZZn9suE
The binutils we currently use as part of our GCC toolchain artifact
doesn't understand some relocations in the CRT objects on Debian
stretch, making the embedded CRT objects from bug 1427344, which we want
to remove in bug 1431251, necessary.
OTOH, there is no benefit from using our GCC toolchain artifact for host
compilations on those builds. In fact, Android builds, which are in a
similar position, being built on Debian stretch and being cross-builds,
don't care to use our GCC toolchain artifact.
It's arguably a good thing that those builds are not tied to the version
of GCC we use to build Firefox for linux, so let's remove this
dependency.
moz.configure automatically enables profiling if the milestone is
Nightly (see js/moz.configure:226). So, --enable-profiling in the
nightly mozconfigs is redundant and can be removed.
The whitelist has also been updated to reflect the removal of this
line.
MozReview-Commit-ID: 7nUJVcFOp6c
mk_add_options has this kind of awkward feature where
mk_add_options VAR=value
would set VAR for the build through client.mk, but not when running
make -C objdir target. But
mk_add_options "export VAR=value"
does.
We might want to change that on the long run, but the side effects would
have to be calculated first.
OTOH, we have automation jobs that run compilations during `make check`
(e.g. rusttests), which is not invoked through client.mk. So they
currently don't get the same PATH as the build part, meaning that
they're using system binutils instead of the one from the GCC toolchain
package.
OSX (cross) repackages are currently using a tooltool manifest to get
libdmg and hfsplus. Change those jobs to use the toolchain artifacts
instead.
At the same time, modify the repackage mozharness script's _run_tooltool
so that it doesn't fail with MOZ_TOOLCHAINS being set but without a
tooltool_manifest_src, matching the similar function in buildbase.py.
The reason it was set from mozconfigs is that profiling require it. But
since it was added, bug 751355 made it implied by --enable-profiling,
and bug 1144842 further made sure that profiling and STRIP_FLAGS were
tied together.
It now only does something trivial, which also happens to be a no-op
because it's the default. It does have a commented entry for possible
gtk+2 builds, but we're soon going to remove that possibility anyways in
bug 1278282.
It turns out that in all cases it was the last tooltool manifest entry,
so we can remove the tooltool manifests entirely, and remove all
references to them.
Now that build environment docker images have gtk+3 installed in
/usr/local, adjust mozconfigs to point pkg-config there, and remove
all the glue that was required to build using the tooltool package.
Also remove the --x-libraries=/usr/lib on 32-bits builds, which only
confuses the linker.
It now only does something trivial, which also happens to be a no-op
because it's the default. It does have a commented entry for possible
gtk+2 builds, but we're soon going to remove that possibility anyways in
bug 1278282.
It turns out that in all cases it was the last tooltool manifest entry,
so we can remove the tooltool manifests entirely, and remove all
references to them.
Now that build environment docker images have gtk+3 installed in
/usr/local, adjust mozconfigs to point pkg-config there, and remove
all the glue that was required to build using the tooltool package.
Also remove the --x-libraries=/usr/lib on 32-bits builds, which only
confuses the linker.
At the same time, we make it actually do something on spidermonkey
builds. We also add an environment variable alternative, that we use
in mozconfig.stdcxx, allowing for mozconfig.no-compile to override it
and avoid configure failures on e.g. artifact builds.
The "contract" for toolchains is that extracting foo.tar.xz creates a
directory named foo/. That is however not true for mingw32.tar.xz, which
extracts into gcc/, possibly overwriting files from the gcc.tar.xz
archive (which is also used for mingw builds, for the host part).
This is also not true for nsis.tar.xz, but it reportedly has problems
when it's not in the same directory as mingw32.
But mingw32 doesn't actually need to be mixed with gcc, so it's better
to separate them as they are supposed to be.
With all of our builds in Taskcluster now, we should never be uploading
symbols from build tasks. Unfortunately Windows builds were still doing so.
This patch removes MOZ_AUTOMATION_UPLOAD_SYMBOLS from all the in-tree
mozconfigs and a few other places so that it should always default off
(per moz-automation.mk). The rest of the uploadsymbols bits will be
removed once Thunderbird fixes their automation.
This patch was mostly autogenerated by running:
rg --files-with-matches UPLOAD_SYMBOLS browser/config/mozconfigs/ mobile/android/config/mozconfigs/ | xargs sed -ri '/.*UPLOAD_SYMBOLS.*/d'
sed -ri '/.*UPLOAD_SYMBOLS.*/d' build/unix/mozconfig.linux build/mozconfig.win-common build/macosx/local-mozconfig.common build/mozconfig.automation
Then mobile/android/config/mozconfigs/common and
taskcluster/scripts/builder/build-linux.sh were hand-edited.
MozReview-Commit-ID: Cy8kSEodSg4
exe_7z_archive.py runs during the MinGW build L10N check step, and
hardcodes 7z as the 7zip executable. This works on Windows, but not
Linux. We need to pass it the correct executable for 7zip, which is
located during configure.
However, repacks (repackage-winXX-nightly) don't do configure, and
don't have the tools to do configure. So we leave the default
command in the python script if one is not supplied.
MozReview-Commit-ID: B7GEKRYEJTD
