Mike Kruskal
c3b72b99b4
This is some low hanging fruit that can increase our test coverage of editions. Since only the C++ backend is implemented today, we can't yet migrate any protos that are public, are used outside C++, or are depended on by any proto outside C++. PiperOrigin-RevId: 546076822 |
1 year ago | |
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.. | ||
test | Add simple golden test for CMake file list generation | 2 years ago |
BUILD.bazel | Migrate internal C++-only test protos to editions. | 1 year ago |
README.md |
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build_systems.bzl | Fix staleness test by avoiding version-specific Bazel behavior | 2 years ago |
cc_dist_library.bzl | Update cc_dist_library() to include transitive sources | 2 years ago |
README.md
Protobuf packaging
This directory contains Bazel rules for building packaging and distribution artifacts.
Everything in this directory should be considered internal and subject to change.
Protocol compiler binary packaging
The protocol compiler is used in binary form in various places. There are rules
which package it, along with commonly used .proto
files, for distribution.
Source distribution packaging
Protobuf releases include source distributions, sliced by target language (C++,
Java, etc.). There are rules in this package to define those source archives.
These depend upon pkg_files
rules elsewhere in the repo to get the contents.
The source distribution files should include the outputs from autogen.sh
, but
this isn't something we can reliably do from Bazel. To produce fully functioning
source distributions, run autogen.sh
before building the archives (this
populates the necessary files directly into the source tree).
C++ runtime binary distribution
The cc_dist_library
rule creates composite libraries from several other
cc_library
targets. Bazel uses a "fine-grained" library model, where each
cc_library
produces its own library artifacts, without transitive
dependencies. The cc_dist_library
rule combines several other libraries
together, creating a single library that may be suitable for distribution.