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:

        assertEquals("dep2", artifactId);

        // Map

        dependency = (Dependency) ReflectionValueExtractor.evaluate("project.dependenciesAsMap(dep1)", project);

        assertNotNull(dependency);

        assertEquals("dep1", dependency.getArtifactId());

        artifactId = (String) ReflectionValueExtractor.evaluate("project.dependenciesAsMap(dep2).artifactId", project);

	return make(DevicesPerNUMA)
}

// Devices is a function that returns all device ids for all NUMA nodes
// and represent it as sets.Set[string]
func (dev DevicesPerNUMA) Devices() sets.Set[string] {
	result := sets.New[string]()

	for _, devs := range dev {
		result.Insert(devs...)
	}
	return result
}

// New returns an instance of Checkpoint - must be an alias for the most recent version

    NormalizingGroovyCompiler compiler = new NormalizingGroovyCompiler(target)

    def setup() {
        spec.compileClasspath = [new File('Dep1.jar'), new File('Dep2.jar'), new File('Dep3.jar')]
        spec.groovyClasspath = spec.compileClasspath
        spec.sourceFiles = files('House.scala', 'Person1.java', 'package.html', 'Person2.groovy')

## `fastapi dev`

Quando você roda `fastapi dev`, isso vai executar em modo de desenvolvimento.

Por padrão, teremos o **recarregamento automático** ativo, então o programa irá recarregar o servidor automaticamente toda vez que você fizer mudanças no seu código. Isso usa muitos recursos e pode ser menos estável. Você deve apenas usá-lo em modo de desenvolvimento.

		}
	}
	return &reservations, nil
}

func containerDevicesFromResourceDeviceInstances(devs devicemanager.ResourceDeviceInstances) []*podresourcesapi.ContainerDevices {
	var respDevs []*podresourcesapi.ContainerDevices

	for resourceName, resourceDevs := range devs {
		for devID, dev := range resourceDevs {
			topo := dev.GetTopology()
			if topo == nil {
				// Some device plugin do not report the topology information.

	}

	// Through reader. Used to fail.
	r := NewDecoder(RawURLEncoding, bytes.NewReader([]byte(source)))
	dec2, err := io.ReadAll(io.LimitReader(r, 100))
	if err != nil || !bytes.Equal(dec2, want) {
		t.Errorf("reading NewDecoder(RawURLEncoding, %q) = %x, %v, want %x, nil", source, dec2, err, want)
	}

	// Should work with padding.
	r = NewDecoder(URLEncoding, bytes.NewReader([]byte(source+"==")))

** A version with an extra non-numeric part is considered **lower** than a version without: `1.1.a` < `1.1`
* Certain non-numeric parts have special meaning for the purposes of ordering:
** `dev` is consider **lower** than any other non-numeric part: `1.0-dev` < `1.0-ALPHA` < `1.0-alpha` < `1.0-rc`.

        given:
        def dep1 = newDependency('dep1')
        def dep2 = newDependency('dep2')

        def root = newModule('root').addDependency(dep1).addDependency(dep2)

        when:
        def result = newResolutionResult(root)

        then:
        result.allDependencies == [dep1, dep2] as Set
        result.allComponents == [root, dep1.selected, dep2.selected] as Set

        when: