}
                linker.withArguments { args ->
                    args << "-m32"
                }
            }
            target("sparc")
        }
    }
    platforms {
        arm {
            architecture "arm"
        }
        i386 {
            architecture "i386"
        }
        sparc {
            architecture "sparc"
        }
    }
    components {

        then:
        failure.assertHasCause "Cannot resolve external dependency org.gradle.test:my-platform:1.0 because no repositories are defined."
    }

    def "can compose platforms via the version-catalog plugin"() {
        def module = mavenHttpRepo.module('org.gradle.test', 'my-platform', '1.0')
            .withModuleMetadata()

        def platformProject = preparePlatformProject '''

So for GCC running on linux, the supported target platforms are 'linux/x86' and 'linux/x86_64'. For GCC running on Windows via Cygwin, platforms 'windows/x86' and 'windows/x86_64' are supported. (The Cygwin POSIX runtime is not yet modelled as part of the platform, but will be in the future.)

int XlaDevice::Metadata::device_ordinal() const { return device_ordinal_; }

se::Platform* XlaDevice::Metadata::platform() const { return platform_; }

xla::LocalClient* XlaDevice::Metadata::client() const {
  auto client = xla::ClientLibrary::GetOrCreateLocalClient(platform_);
  return client.value();
}

const DeviceType& XlaDevice::Metadata::jit_device_type() const {
  return device_type_;

        - com.google.common.reflect
        - com.google.common.testing
        - com.google.common.util.concurrent

  - type: dropdown
    attributes:
      label: Platforms
      description: If this issue is platform-specific, then please select the relevant platforms.
      multiple: true
      options:
        - Android
        - GWT
        - Java 8
        - Java 11
        - Java 17

  - type: checkboxes

// custom roots are specified and a platform verifier or a system certificate
// pool is not available (for instance in a container which does not have a root
// certificate bundle). SetFallbackRoots will panic if roots is nil.
//
// SetFallbackRoots may only be called once, if called multiple times it will
// panic.
//
// The fallback behavior can be forced on all platforms, even when there is a

build automation and support for multi-language development. If you are building, testing, publishing, and deploying software on any platform, Gradle offers a flexible model that can support the entire development lifecycle from compiling and packaging code to publishing web sites. Gradle has been designed to support build automation across multiple languages and platforms including Java, Scala, Android, C/C++, and Groovy, and is closely integrated with development tools and continuous integration servers...

//
// TODO(mdempsky): Move to internal/goexperiment.
func ParseGOEXPERIMENT(goos, goarch, goexp string) (*ExperimentFlags, error) {
	// regabiSupported is set to true on platforms where register ABI is
	// supported and enabled by default.
	// regabiAlwaysOn is set to true on platforms where register ABI is
	// always on.
	var regabiSupported, regabiAlwaysOn bool
	switch goarch {
	case "amd64", "arm64", "loong64", "ppc64le", "ppc64", "riscv64":

  // Which hardware device in the client's platform this XlaDevice controls.
  const int device_ordinal_;
  // The name/type of this XlaDevice. eg. "XLA_GPU".
  const DeviceType device_name_;
  // The name of the device that is used to compile Ops for this XlaDevice.
  const DeviceType jit_device_name_;
  // The platform for this device.
  se::Platform* const platform_;  // Not owned.

## Composition by architecture modules

Each [architecture module and platform](platforms.md) can contribute code to any of the runtimes.
Not every module contributes to every runtime.

The core-runtime module defines each runtime: