`mach configure` currently runs the equivalent to `make -f client.mk`.
This is history, and essentially does the following:
- Create `configure` and `js/src/configure` from `configure.in` and
`js/src/configure.in` respectively.
- Create the objdir.
- Run `configure` from the objdir.
The `configure` script is, nowadays, only really used as a means to set
OLD_CONFIGURE (and also for people who want to run `configure`,
literally, as in the `configure; make` workflow). `mach configure`
actually doesn't need it. Neither does recursing into `js/src` require
`js/src/configure`, since bug 1520340 (and now as of bug 1669633, we
don't even recurse).
Because configure.py can actually derive OLD_CONFIGURE on its own
(except for `js/src/configure`, but `mach configure` doesn't run that),
we don't really need `configure` for `mach configure`.
So all in all, we're at a point in history where it's straightforward to
just initiate configure.py from mach configure, so we just do that.
And in the hypothetical case where the `mach configure` code is somehow
running in python2, we get the mach virtualenv python3 and use it to
execute `configure.py`.
Differential Revision: https://phabricator.services.mozilla.com/D93741
`mach configure` currently runs the equivalent to `make -f client.mk`.
This is history, and essentially does the following:
- Create `configure` and `js/src/configure` from `configure.in` and
`js/src/configure.in` respectively.
- Create the objdir.
- Run `configure` from the objdir.
The `configure` script is, nowadays, only really used as a means to set
OLD_CONFIGURE (and also for people who want to run `configure`,
literally, as in the `configure; make` workflow). `mach configure`
actually doesn't need it. Neither does recursing into `js/src` require
`js/src/configure`, since bug 1520340 (and now as of bug 1669633, we
don't even recurse).
Because configure.py can actually derive OLD_CONFIGURE on its own
(except for `js/src/configure`, but `mach configure` doesn't run that),
we don't really need `configure` for `mach configure`.
So all in all, we're at a point in history where it's straightforward to
just initiate configure.py from mach configure, so we just do that.
And in the hypothetical case where the `mach configure` code is somehow
running in python2, we get the mach virtualenv python3 and use it to
execute `configure.py`.
Differential Revision: https://phabricator.services.mozilla.com/D93741
Especially after bug 1622963 landed, the system `python3` executable as reported by `which` may not be compatible with the build system (because it might be Python 3.5, for one). You can configure a custom `python3` executable by setting the `PYTHON3` environment variable, but `configure` just calls directly into `python3` regardless of whatever you might have configured `$PYTHON3` to be, so we fix that here.
Also remove an explanatory comment that may have made sense 5 years ago but is no longer relevant.
Differential Revision: https://phabricator.services.mozilla.com/D79187
This also does a few remaining python 2 incompatible changes to
.configure files.
Differential Revision: https://phabricator.services.mozilla.com/D69538
--HG--
extra : moz-landing-system : lando
This resembles what we are doing with MOZ_EXCLUDE_HYPHENATION_DICTIONARIES: We just have
a flag without any --disable-* configuration option.
MozReview-Commit-ID: ATxb5XAzp9k
--HG--
extra : rebase_source : bbbbe3505410394fb4ae7c84062f4238066830f2
Nothing uses this variable. blame suggests that it was used for HP-UX
once upon a time. The companion variable, MOZ_POST_PROGRAM_COMMAND, is
only used by HP-UX, but as we're not wholesale removing HP-UX
support (yet), we should leave MOZ_POST_PROGRAM_COMMAND alone.
changeset: 319212:a11309a6feb4
bookmark: bug-1245836-disable-compile-env
tag: tip
user: Axel Hecht <axel@pike.org>
summary: bug 1245836, nsinstall.py is in MOZILLA_DIR, r?glandium
--HG--
extra : rebase_source : ab89c67553d222c9c215e872564d392353a215f5
extra : amend_source : 9d47dc3cd21f124c68f599656ec3328bf1753683
Opt-in by adding --enable-gradle-mobile-android-builds.
Gradle dependencies (including the Android-Gradle plugin) are assumed
to be present. Local developers will fetch them from the jcentral
repository.
Android-specific Maven dependencies are shipped as "extras" with the
Android SDK, and should be found automatically by the Android-Gradle
plugin.
MozReview-Commit-ID: 966XgddWgEu
--HG--
extra : rebase_source : 8e8c6156e1d06813c250662e104fd14c621d91ab
extra : source : 306cf0271d3e3a344fcbfd2baf75e0450c288cf1
extra : histedit_source : d17446714236c408699a0953882e84ac3a192380%2Cc21b166af79ef1e00215748820bc2670405ac1dc
Enable building with Gradle using --with-gradle. Configure the
location of Gradle with --with-gradle=/path/to/gradle. For local
developers, this is always the in tree Gradle wrapper, which downloads
and installs the correct Gradle version automatically. In automation,
this will be a version of Gradle fetched from tooltool.
Configure the location to use to download Gradle Maven dependencies
(including the Android-Gradle plugin) by setting
GRADLE_MAVEN_REPOSITORY in your mozconfig. For local developers, this
defaults to the jcenter repository. In automation, this will be an
archived directory fetched from tooltool.
Android-specific Maven dependencies are shipped as "extras" with the
Android SDK, and should be found automatically by the Android-Gradle
plugin.
MozReview-Commit-ID: Hrkn88Vig5H
--HG--
extra : rebase_source : c5e83590c9b28ad5a10f91ec0a3663e6d64b3b40
extra : amend_source : c3e162673238d6c6191838cc98f8301e325e01a2
The behavior is not entirely idempotent (most notably for
buildconfig.html), but this can be improved later if necessary.
It is idempotent where it matters.
This allows to get rid of config/makefiles/rcs.mk and its uses.
On a CLOSED TREE because this is Android only.
When we switched to fine-grained Google Play Services bundling (Bug
1115004), we stopped shipping com.google.android.gms.analytics. That
silently breaks Adjust, which queries the Google Ad ID using
reflection: now the package isn't present! This patch restores the
Play Services libraries that Adjust relies on. (Sadly, this bloats
our APK tremendously.)
There is some hijinkery, however: the Play Services libraries
reference a library (org.apache.http) that is deprecated in Android
23! However, the library is still present on Android 23 devices,
which buys Google time to replace the offending code. This compiles
just fine, breaks the Proguard global optimization pass. To give
Proguard the information, we add the library as a Proguard "library
JAR". This is equivalent to the Google-provided Gradle `useLibrary`
directive.
--HG--
extra : commitid : I4rTyC8lxLd
extra : rebase_source : 96f30d735e898cb9853d53f236ac8e2337186814
extra : amend_source : 3e4d68789b3ef980e4e1d7f743e332bdbb6be176
msys-perl-wrapper was used to transform windows paths after the -I flag,
which was a preprocessor flag, which a) doesn't exist anymore and b) the
preprocessor has not even be in perl for years.
This commit produces an "install bouncer" APK which is a "hollow
shell" that looks like the main Fennec APK. In particular, both APKs have:
* the same Android package name (application id); and
* the same set of <permission>, <uses-permission>, and <uses-feature>
blocks in their manifests.
The bouncer APK must always have an android:versionCode smaller than
the main Fennec APK; for now, we will just bump that manually
mobile/android/bouncer/moz.build.
--HG--
rename : mobile/android/javaaddons/Makefile.in => mobile/android/bouncer/Makefile.in
rename : mobile/android/app/assets/example_asset.txt => mobile/android/bouncer/assets/example_asset.txt
rename : mobile/android/javaaddons/moz.build => mobile/android/bouncer/moz.build
rename : mobile/android/base/resources/drawable-v21/logo.xml => mobile/android/bouncer/res/drawable-v21/logo.xml
rename : mobile/android/base/resources/drawable/logo.xml => mobile/android/bouncer/res/drawable/logo.xml
extra : commitid : 1XkuX1F0pMb
extra : rebase_source : c49ac53697927b0f3d1ee47bc1e7035c1b465e99
extra : source : aaa420ed66d754ecc17b19f5a12297d24371f1ca
extra : histedit_source : 0e3e2fa225c48ba48df72ff116fd62a7b1ef5ed2
This commit produces an "install bouncer" APK which is a "hollow
shell" that looks like the main Fennec APK. In particular, both APKs have:
* the same Android package name (application id); and
* the same set of <permission>, <uses-permission>, and <uses-feature>
blocks in their manifests.
The bouncer APK must always have an android:versionCode smaller than
the main Fennec APK; for now, we will just bump that manually
mobile/android/bouncer/moz.build.
--HG--
rename : mobile/android/javaaddons/Makefile.in => mobile/android/bouncer/Makefile.in
rename : mobile/android/app/assets/example_asset.txt => mobile/android/bouncer/assets/example_asset.txt
rename : mobile/android/javaaddons/moz.build => mobile/android/bouncer/moz.build
rename : mobile/android/base/resources/drawable-v21/logo.xml => mobile/android/bouncer/res/drawable-v21/logo.xml
rename : mobile/android/base/resources/drawable/logo.xml => mobile/android/bouncer/res/drawable/logo.xml
extra : commitid : 1XkuX1F0pMb
extra : rebase_source : 3154b4569efd4cccb4d5f72ff9bbff60d2744d3b
extra : histedit_source : 5e10ab9825bcf653a5a109c8e502658d52aedd79
This simply packs the assets/ subdirectory of the distribution
directory into the assets/ directory of the Android APK using existing
mechanisms. It also removes the older method of manually pushing
files into dist/bin/distribution, from where they would be packaged
into the APK under distribution/.
--HG--
extra : commitid : BLgM6ZCm9AY
extra : rebase_source : a0896616f79f5a961476e4d2df9745516c58b44a
extra : source : e228040a044b7ff7363a178da2cb0b8b42724048
extra : histedit_source : 0b8f087bc6d70fa42401f4a2476898139bdf606c
The flag is used to create .sbr files, which bscmake subsequently uses to
create .bsc files. These files and related tools are, aiui, the ancestors
of Intellisense.
The -FR C*FLAGS are added to the build if MOZ_BROWSE_INFO or MOZ_BSCFILE
are set in the recursive make backend. While the former has an AC_SUBST,
the latter does not, so in practice, only the former can be set by
supported methods, and would need to be set in a mozconfig. At that
rate, people who do want those flags can add them in the C*FLAGS on
their own.
Developers are probably better served by the VisualStudio backend
anyways.
rustc, unlike our typical C++ compilers, can target multiple platforms
with ease through its use of the --target flag. To support
cross-compiling, we just need to pass the appropriate --target option.
rustc uses specific names for its accepted --target option, however, and
they are slightly different from the values we get out of autoconf. So
in addition to checking whether rustc can accept --target for our chosen
platform, we also need to munge autoconf's idea of the target into
something rustc understands.
We don't really care to set those in js/src/configure because the JS
engine doesn't use ObjC. We also don't care to preserve the += behavior
because there were no AC_SUBST in the first place, so it's unlikely
anyone has an override in their mozconfig and expects it to work.
Because of how subshells and exporting variables works with msys bash,
we need to explicitly re-export everything interesting for things
executed downstream from configure.
In https://llvm.org/bugs/show_bug.cgi?id=26090, we changed the default
behavior of clang-cl to accept unknown command line arguments. This
patch removes the Firefox workaround for this issue.
This requires moving the --enable-dmd code earlier, before MOZ_PROFILING starts
being used.
--HG--
extra : rebase_source : acfdc6c4c82436c0a1834e11ddc567e37318da60
