Usage: `bazel build --config=clang-cl --build_tag_filters=-no_windows :all`
The highlight, for me anyway: thread safety annotation checking can now be done on Windows-only code.
clang-cl's interpretation of `-Wall` differs from that of clang on linux. This PR uses the set of warnings enabled on linux, and whittles down the list until all builds pass. I left comments in `copts.bzl` describing the warnings, many of which can be removed with targeted code cleanups.
Closes#36831
PiperOrigin-RevId: 641009783
This removes two Executor::Run dependencies, and requires that all ServerCallbackCall implementations implement the new `RunAsync` method. There's one other known other implementation of ServerCallbackCall that will need to be updated.
We could also support an "inefficient" path that uses the default engine (not implemented here), for all subclasses that do not want to update. As far as anyone is aware, the ServerCallbackCall class was never intended to be subclassed externally.
Closes#36126
COPYBARA_INTEGRATE_REVIEW=https://github.com/grpc/grpc/pull/36126 from drfloob:server-callback-on-ee 6242a78a3f
PiperOrigin-RevId: 619621598
This commit does the following 3 things for Android bazel rules, which depends on each other
1. Update NDK to 26.2.11394342 (and a few other Android things)
2. Use rules_android_ndk instead of builtin `native.android_ndk_repository`
* `third_party/android/android_configure.bzl` was a workaround for users who don't set `$ANDROID_NDK_HOME` env var. Now with rules_android_ndk, we can declare repo without registering the toolchain. Instead users who need NDK toolchain should use `--extra_toolchains` to manually register the toolchain, as shown in README.md.
3. Migrate to platforms. See https://bazel.build/concepts/platforms
* Currently we declares android platforms that is needed for binder transport APK. Later gRPC repo can gradually migrate to platforms for other platforms.
* The value of `crosstool_top` will still be `//external:android/crosstool` (which is the default value), so existings android `config_settings` will still work. We should migrate them to match with `@platforms//os:android` constraint later.
The platforms migration needs Bazel 7.0 to work so we also override bazel version in testing scripts.
Closes#36116
PiperOrigin-RevId: 617244655
Change was created by the release automation script. See go/grpc-release.
Additional Changes:
* Boring SSL started to [Require SSE2 when targetting 32-bit x86](56d3ad9d23), thus added `-msse2` to fix some build failures.
Closes#36089
PiperOrigin-RevId: 614822548
- Updated `third_party/utf8_range` to 25.1 to be aligned with other protobuf (protobuf, upb, and utf8_range need to be updated at the same time as they're in the same github repo)
- Added a workaround to `extract_metadata_from_bazel_xml.py` to handle `utf8_range` migration. It used to be `@utf8_range//:utf8_range` and it will be `@com_google_protobuf//third_party/utf8_range:utf8_range` from the next Protobuf release. So the script needs this hack to support both.
Closes#35798
PiperOrigin-RevId: 603822623
Change was created by the release automation script. See go/grpc-release.
On top of changes made by the script, `setup.py` had to be updated to have `/std:c11` option for MSVC to use c11 features for boringssl.
Closes#35768
PiperOrigin-RevId: 603403329
`GPR_BACKWARDS_COMPATIBILITY_MODE` was devised to support old Linux kernel with old glibc but gRPC is now expected to support glibc 2.17 and later (2.17 is derived from the oldest but supported Linux distro, CentOS 7). Effectively, gRPC doesn't need `GPR_BACKWARDS_COMPATIBILITY_MODE` anymore. Hence, let's remove it.
gRPC Python and Ruby that distribute binary artifacts already began to use `manylinux` environment dealing with this issue in a better way so they don't need this flag anymore.
Closes#35602
PiperOrigin-RevId: 599895270
This PR is required in order to upgrade to the `master` branch version of protobuf. To do this, we upgrade to the latest version of `rules_python` by:
- Adding in explicit dependencies on all PyPi Bazel test dependencies
- Resolving the circular dependency this creates for `xds-protos` by giving it a Bazel build
- Generating the Python code for `xds-protos` as part of `generate-projects.sh` since doing so directly in Bazel would be highly fragily, dependent on many other projects' Bazel builds
Closes#34945
PiperOrigin-RevId: 599875020
Updates ruby-compiler-dock to 1.4.0 which brings Ruby 3.3 final support per https://github.com/rake-compiler/rake-compiler-dock/releases/tag/1.4.0 and starts cross-compiling for ruby 3.3.
I can't find obviously where the test infrastructure configuration is to run the tests under Ruby 3.3, so might need pointers or an accompanying PR for the test infra. (I note #31991 from @apolcyn so perhaps currently they are not run against newer versions)
Fixes#35396
- Backport to `1.60` is desirable since currently the Ruby gems cannot be installed with Ruby 3.3 and have to be built from source.
Closes#35399
PiperOrigin-RevId: 599200628
This is a prerequisite change to start supporting Bazel 7. Changes are
- Disabled bzlmod which Bazel 7 begins to enable by default. This eventually needs to be done to support bzlmod but not now.
- Upgraded some bazel rule dependencies which are required to support Bazel 7.
- Using Python 3 explcitly as Bazel 7 begins to reject Python 2.
Note that this isn't enough to enable Bazel 7 by default and another PR will follow for that.
Closes#35374
PiperOrigin-RevId: 592931675
This commit upgrades gRPC to protobuf v25.0 and makes some fixes to
account for upb changes. One major change is that upb has been merged
into the protobuf repo, so we can now drop the separate `@upb`
dependency. Another is that `.upb.c` files no longer exist and there are
new `.upb_minitable.h` and `.upb_minitable.c` files. The longer
filenames exceeded a Windows restriction, so to work around that I
renamed the `upb-generated` directory to just `upb-gen`, and likewise
for `upbdefs-generated`.
Introduce `grpc-native-debug` gems containing debug symbol packages that
complement the shared libraries shipped in pre-compiled binary gems.
src/ruby/nativedebug/README.md has details on usage.
- Update to windows RBE docker image, followed by subsequent regenerate
of win RBE toolchain (basically verifying that the README.md for windows
RBE toolchain works well)
- Also move windows docker image from GCR to GAR (which is where our
other testing images already live).
- (cleanup) Move windows RBE docker image to a better location in our
repo.
This PR should be sufficient to demonstrate how we would go about
upgrading the windows RBE build to VS2022 once needed.
- Upgrade windows RBE builds to bazel 6.3.2 (supersedes
https://github.com/grpc/grpc/pull/33880). To be able to do that, the RBE
toolchain needed to be regenerated and
- Also added "--dynamic_mode=off" option for windows build since it
seemed necessary for bazel 6.x builds to pass.
- Wrote instructions for generating windows RBE toolchain using the
`rbe_configs_gen` tool (the original windows RBE toolchain was out of
data and also it was generated by a custom script from
go/rbe-windows-user-guide - using a standard tool is better)
- Wrote instructions for rebuilding the windows RBE docker image.
This addresses the problem where windows RBE is stuck on bazel 5.x
(unlike the rest of the repository) and also documents the steps for
making changes to the RBE docker image (e.g. upgrading the visual studio
version used by RBE).
Since we were planning on adding testing for VS2022 (for which we don't
have any test ATM), this will definitely come handy. With the
documentation the process should now be relatively straightforward.
- Remove no-longer-needed workaround for b/275571385 (and switch back to
using docker image from GAR)
- regenerate RBE linux toolchain for bazel 6.1.2 while at it.
- Extract build metadata for some external dependencies from bazel
build. This is achieved by letting extract_metadata_from_bazel_xml.py
analyze some external libraries and sources. The logic is basically the
same as for internal libraries, I only needed to teach
extract_metadata_from_bazel_xml.py which external libraries it is
allowed to analyze.
* currently, the list of source files is automatically determined for
`z`, `upb`, `re2` and `gtest` dependencies (at least for the case where
we're building in "embedded" mode - e.g. mostly native extensions for
python, php, ruby etc. - cmake has the ability to replace some of these
dependencies by actual cmake dependency.)
- Eliminate the need for manually written gen_build_yaml.py for some
dependencies.
- Make the info on target dependencies in build_autogenerated.yaml more
accurate and complete. Until now, there were some depdendencies that
were allowed to show up in build_autogenerated.yaml and some that were
being skipped. This made generating the CMakeLists.txt and Makefile
quite confusing (since some dependencies are being explicitly mentioned
and some had to be assumed by the build system).
- Overhaul the Makefile
* the Makefile is currently only used internally (e.g. for ruby and PHP
builds)
* until now, the makefile wasn't really using the info about which
targets depend on what libraries, but it was effectively hardcoding the
depedendency data (by magically "knowing" what is the list of all the
stuff that e.g. "grpc" depends on).
* After the overhaul, the Makefile.template now actually looks at the
library dependencies and uses them when generating the makefile. This
gives a more correct and easier to maintain makefile.
* since csharp is no longer on the master branch, remove all mentions of
"csharp" targets in the Makefile.
Other notable changes:
- make extract_metadata_from_bazel_xml.py capable of resolving workspace
bind() rules (so that it knows the real name of the target that is
referred to as e.g. `//external:xyz`)
TODO:
- [DONE] ~~pkgconfig C++ distribtest~~
- [DONE} ~~update third_party/README to reflect changes in how some deps
get updated now.~~
Planned followups:
- cleanup naming of some targets in build metadata and buildsystem
templates: libssl vs boringssl, ares vs cares etc.
- further cleanup of Makefile
- further cleanup of CMakeLists.txt
- remote the need from manually hardcoding extra metadata for targets in
build_autogenerated.yaml. Either add logic that determines the
properties of targets automatically, or use metadata from bazel BUILD.
Mark D. Roth
AJ Heller
Esun Kim
Eugene Ostroukhov
Marcel
Xuan Wang
Yash Tibrewal
Ming-Chuan
Richard Belleville
Chad Wilson
Esun Kim
Adam Cozzette
apolcyn
Jan Tattermusch