mavenRepo.module("org.utils", "dep1", '2.0').publish()
        mavenRepo.module("org.utils", "dep2", '2.0').publish()
        createDirs("impl", "dep1", "dep2")
        settingsFile << 'include "impl", "dep1", "dep2"'

        buildFile << """
            $common

            project(":dep1") {
                group "org.utils"
                version = '1.6'
            }

        then:
        metadata.dependencies.size() == 3

        def dep1 = metadata.dependencies[0]
        dep1.selector == moduleId('group-two', 'artifact-one', '11')
        dep1.scope == MavenScope.Compile

        def dep2 = metadata.dependencies[1]
        dep2.selector == moduleId('group-two', 'artifact-three', '11')
        dep2.scope == MavenScope.Compile

        def inheritedDep = metadata.dependencies[2]

        def config = conf("conf")
        Dependency dep1 = Mock()

        given:
        config.dependencies.add(dep1)

        expect:
        config.incoming.dependencies as List == [dep1]
    }

    def "incoming dependencies set contains inherited dependencies"() {
        def parent = conf("conf")
        def config = conf("conf")
        Dependency dep1 = Mock()

        given:

                state = State.DEPS;
            } else if ("dependency".equals(qName) && state == State.DEP) {
                if (dd.getModuleConfigurations().length == 0) {
                    parseDepsConfs(getDefaultConf(), dd);
                }
                state = State.DEPS;
            } else if ("dependencies".equals(qName) && state == State.DEPS) {
                state = State.NONE;

  - dep (created by: dep creator)
  - dep2 (created by: dep2 creator)""")
    }

    def "can apply RuleSource to node"() {
        when:
        registry.registerInstance("bean", new Bean())

    ],
    deps = [":get_compiler_ir_hdrs"],
)

# This target can be used by XLA device plugins to prevent circular dependencies, and provides access to all of the required headers for building a device library.
cc_header_only_library(
    name = "xla_jit_headers_lib",
    visibility = ["//visibility:public"],
    deps = [
        ":xla_cpu_device",
        ":xla_cpu_jit",

    td_file = "transforms/legalize_tensorlist.td",
    deps = [":tensorflow_lite_patterns_td_files"],
)

cc_library(
    name = "validators",
    srcs = [
        "utils/validators.cc",
    ],
    hdrs = [
        "utils/validators.h",
    ],
    deps = [
        "@llvm-project//mlir:Dialect",
        "@llvm-project//mlir:FuncDialect",
        "@llvm-project//mlir:IR",

        httpServer.start()
        def dep1 = withColorVariants(remoteRepo.module("group", "thing1", "1.2")).publish().allowAll()
        def dep2 = withColorVariants(remoteRepo.module("group", "thing2", "1.2")).publish().allowAll()
        withColorVariants(remoteRepo.module("group", "thing3", "1.2")).dependsOn(dep1).dependsOn(dep2).publish().allowAll()

        executedAndNotSkipped(":consumer1:resolve", ":consumer2:resolve")

        outputContains("Task-only execution plan: [PlannedTask('Task :producer:producer', deps=[]), PlannedTask('Task :consumer1:resolve', deps=[Task :producer:producer]), PlannedTask('Task :consumer2:resolve', deps=[Task :producer:producer])]")

        result.groupedOutput.transform("MakeGreen")
            .assertOutputContains("processing [producer.jar]")

			// "write meta files" pseudo-action, and then another dep
			// from writeCoverMetaAct to the run action. See the
			// comment in runTest() at the definition of
			// writeCoverMetaAct for more details.
			run.Deps = append(run.Deps, writeCoverMetaAct)
			writeCoverMetaAct.Deps = append(writeCoverMetaAct.Deps, build)
		}
		addTestVet(b, p, run, nil)
		print := &work.Action{