The deprecation message was:
```
The `archives` configuration added by the `base` plugin has been
deprecated and will be removed in Gradle 10.0.0. Adding artifacts to the
`archives` configuration will now result in a deprecation warning. If
you want the artifact built when running the `assemble` task, you should
add the artifact (or the task that produces it) as a dependency of the
`assemble` task directly.
val specialJar = tasks.register<Jar>("specialJar") {
archiveBaseName.set("special")
from("build/special")
}
tasks.named("assemble") {
dependsOn(specialJar)
}
```
I upgraded all plugins I could see except org.ysb33r.doxygen. 2.0 made
breaking changes, and I couldn't figure out how to migrate.
Most of the changes are for suppressing new linter purification rites.
The Google C++ protobuf implementation has issues with dynamic linkage across DLL boundaries because it uses global variables. It also has a compile-time dependency because the protoc version must exactly match the libprotobuf version. Using nanopb with a customized generator fixes both of these issues.
Co-authored-by: Gold856 <117957790+Gold856@users.noreply.github.com>
Instead of hardcoding to use the project name after edu_wpi_first, which broke epilogue publishing
This did not affect local maven publishing, since it does not use those specially named and configured artifacts
Reading exported data from shared objects on windows is broken. It requires __declspec(dllimport). However, this is problematic, as we use the same static libraries both from a shared and static context. So we can't just blindly apply dllimport.
The linker should have caught this, as data members are exported in a different way. However, due to a bug in native-utils, data member symbols were exposed directly. However, interacting with those data member was completely broken.
The only way we can really solve this is to just not use static data members. We're pretty good about this in WPILib itself. However, protobuf is absolutely terrible at this. There are a ton of inline functions that access global data. For the protobuf library itself, we can solve this easily enough.
However, for the generated protobuf code, this is much more problematic. The member needed to bypass the global data is private. This means using just the stock protobuf code, this problem is not solvable. But, protobuf generated code has insertion points. Those insertion points let us add our own code into the generated code via a protoc plugin. And it just so happens that an insertion point exists to add extra public methodsto the generated protobuf header. There is also an insertion point to let us add to the cpp file.
The methods we need are the getters, for unpacking protobufs. For any protobuf that has a message as a member, we generate a new wpi_x() getter (the existing one is just x(), where x is the field name). We then implement this in the cpp file. A trick we can use is in the cpp file, we can safely call the x() function, as the cpp file is in the same library as the global. Thus we can call that inline method, and not actually need to directly access any internal private state of the protobuf object.
TL;DR, all protobuf classes that have messages as fields now have a wpi_x() accessor that must be used instead of x() if you want the code to work on windows. After wpilibsuite/native-utils#212, the bad code will fail to link, rather then just fail at runtime.
This removes a build dependency on the quickbuf generator being available for the build platform.
It's safe to generate Java because the quickbuf version is defined by the project.
C++ protobufs can't be committed because the protoc version must
match the library version (this is a particular issue for cmake builds).
This adds support for two serialization formats for complex data types:
- Protobuf for complex objects with variable length internals that need forward and backward wire compatibility (lower speed, more flexible)
- Raw struct (ByteBuffer-style) for fixed-length objects (higher speed, less flexible)
Deserialization can be done either by creating a new object (for immutable objects) or overwriting the contents of an existing object (for mutable objects).
Implementing classes should provide inner classes that implement the Protobuf or Struct interface (in Java) or specialize the wpi::Protobuf or wpi::Struct struct (in C++). It is possible for classes to implement both. If the class itself does not implement serialization, it's possible for third parties/users to provide an implementation instead.
Uses the Google protobuf implementation for C++ and the QuickBuffers alternative protobuf implementation for Java.
The following source code changes were required:
* Whitespace changes from spotless
* PMD warning suppressions for utility class tests
* PMD warning rename from "BeanMembersShouldSerialize" to
"NonSerializableClass"
* Declared more class members as final
This allows us to error out on deprecation warnings for thirdparty
libraries and standard library features.
Co-authored-by: Starlight220 <53231611+Starlight220@users.noreply.github.com>
PMD requires that variables only initialized in the constructor be
final. The compiler errors if those final variables aren't guaranteed to
be initialized, so extra else branches were added to ensure that.
PMD also requires that classes with only private constructors be final.
The equivalent C++ classes were finalized as well, except for
TimeInterpolatableBuffer because it doesn't expose factory functions.
This also makes the Gradle build work with JDK 17.
The extra JVM args in gradle.properties works around a bug with spotless
and JDK 17: https://github.com/diffplug/spotless/issues/834
PMD.CloseResource was ignored because it's almost always a false
positive, and there are many of them.
This saves time in CI spent performing the same source-level checks in
every build job. Checkstyle, PMD, and Spotless are now run once in the
"Lint and Format" job.
The -PskipPMD flag was replaced with a -PskipJavaFormat flag that
disables Checkstyle, PMD, and Spotless.
Also update Checkstyle to 8.38.
Google changed their style guide from the last time we imported it. This PR brings in those naming changes. The change they made is allowing single letter member, parameter, and local variable names. They also added a lambda naming scheme and I thought it would be good to bring that in too.
