return false
				}
			}
		}
	}

	return true
}

func equalContainerDevices(devA, devB []*podresourcesapi.ContainerDevices) bool {
	if len(devA) != len(devB) {
		return false
	}

	for idx := 0; idx < len(devA); idx++ {
		cntDevA := devA[idx]
		cntDevB := devB[idx]

		if cntDevA.ResourceName != cntDevB.ResourceName {
			return false
		}

	expectResourceDeviceInstances(t, resp, expected)

	cond = map[string]sets.Set[string]{
		"foo": sets.New[string]("dev-foo1", "dev-foo2", "dev-foo3", "dev-foo4"),
		"bar": sets.New[string]("dev-bar1", "dev-bar2", "dev-bar3", "dev-bar4"),

    def source1 = sourceFile("source1")
    def source2 = sourceFile("source2")
    def dep1 = sourceFile("dep1")
    def dep2 = sourceFile("dep2")
    def dep3 = sourceFile("dep3")
    def dep4 = sourceFile("dep4")
    def sourceFiles

    Map<TestFile, List<File>> graph = [:]
    List<TestFile> modifiedFiles = []

    def setup() {

        println files
        assert files == ['dep1-1.0.jar', 'dep2-1.0.jar']
    }
}

task printFilesWithConfigurationInput {
    dependsOn configurations.conf
    def conf = configurations.conf
    doLast {
        def files = conf.collect { it.name }
        println files
        assert files == ['dep1-1.0.jar', 'dep2-1.0.jar']
    }
}

task copyFiles(type:Copy) {
    from configurations.conf

        }

        where:
        metadataType | metadataImplementation
        "maven"      | mavenComponentMetadata("dep1", "dep2")
        "ivy"        | ivyComponentMetadata("dep1", "dep2")
        "gradle"     | gradleComponentMetadata("dep1", "dep2")
    }

    def "dependencies of selected variant are modifiable in dependency metadata rule for #metadataType metadata"() {
        given:

        def selector2 = selector(11, "org", "dep2", "2.0")
        root.outgoingEdges >> [
            dep(selector1, 1, new RuntimeException()),
            dep(selector2, 1, 3)
        ]
        def dep2 = node(3, "org", "dep2", "2.0")
        def selector3 = selector(12, "org", "dep1", "5.0")
        dep2.outgoingEdges >> [dep(selector3, 3, new RuntimeException())]

        builder.start(root)

Contudo, o cliente ou usuário não terão acesso a ele. Ao contrário, o cliente receberá um "Internal Server Error" com o HTTP status code `500`.

E assim deve ser porque seria um bug no seu código ter o `ValidationError` do Pydantic na sua *response*, ou em qualquer outro lugar do seu código (que não na requisição do cliente).

				{
					PathInContainer: "/dev/sda",
					PathOnHost:      "/dev/sda",
					Permissions:     "mrw",
				},
				{
					PathInContainer: "/dev/xvda",
					PathOnHost:      "/dev/disk/by-path/diskPath",
					Permissions:     "r",
				},
				{
					PathInContainer: "/dev/xvdb",
					PathOnHost:      "/dev/disk/by-id/diskUuid",
					Permissions:     "mrw",
				},
				{

      inputs[i + offset] = &inputs_storage.back();
    } else {
      inputs[i + offset] = t;
    }
  }

  if (dev != nullptr) {
    TF_RETURN_IF_ERROR(GetVariableInfosFromInputs(dev->resource_manager(), dev,
                                                  inputs, resource_arg_indices,
                                                  &variable_infos));

		s     string
	}{
		// Statement terminators precede regexps.
		{jsCtxRegexp, ";"},
		// This is not airtight.
		//     ({ valueOf: function () { return 1 } } / 2)
		// is valid JavaScript but in practice, devs do not do this.
		// A block followed by a statement starting with a RegExp is
		// much more common:
		//     while (x) {...} /foo/.test(x) || panic()
		{jsCtxRegexp, "}"},