configurations {
                dependencyScope("myLibs")

                resolvable("resolveMe") {
                    extendsFrom(configurations.getByName("myLibs"))
                }
            }

            dependencies {
                add("myLibs", module(mapOf("group" to "com.squareup.okhttp3", "name" to "okhttp", "version" to "4.4.0", "configuration" to "absent")))

                implementation libs.com.companyLibs.c

                implementation libs.bundles.com.company.libs.bundle
                implementation libs.bundles.com.companylibs.bundle
            }

            tasks.register('checkVersions') {
                assert libs.versions.version.libs.v1.get() == '1.0'
                assert libs.versions.versionLibs.v2.get() == '2.0'

func (x *Nat) Equal(y *Nat) choice {
	// Eliminate bounds checks in the loop.
	size := len(x.limbs)
	xLimbs := x.limbs[:size]
	yLimbs := y.limbs[:size]

	equal := yes
	for i := 0; i < size; i++ {
		equal &= ctEq(xLimbs[i], yLimbs[i])
	}
	return equal
}

// IsZero returns 1 if x == 0, and 0 otherwise.
func (x *Nat) IsZero() choice {
	// Eliminate bounds checks in the loop.

                versionCatalogs {
                    register("libs") {
                        version("myLib") {
                            strictly("[1.0,1.1)")
                        }
                        library("myLib", "org.gradle.test", "lib-core").versionRef("myLib")
                        library("myLib-ext", "org.gradle.test", "lib-ext").versionRef("myLib")
                        bundle("myBundle", listOf("myLib"))

## Usage in a Maven repository

When present in a Maven module, the file must have the extension `module`. For example, in version 1.2 of 'mylib', the file should be called `mylib-1.2.module`.

Gradle ignores the contents of the Maven POM when the module metadata file is present.

## Contents

The file must be encoded using UTF-8.

apply plugin: 'cpp'
model {
    repositories {
        libs(PrebuiltLibraries) {
            hello {
                headers.srcDir "libs/src/hello/headers"
                binaries.withType(StaticLibraryBinary) {
                    def libName = targetPlatform.operatingSystem.windows ? 'hello.lib' : 'libhello.a'
                    staticLibraryFile = file("libs/build/libs/hello/static/english/\${libName}")
                }

        result.projectPath == projectPath
        result.libraryName == libraryName

        where:
        projectPath | libraryName
        ':myPath'   | null
        ':myPath'   | 'myLib'
        ':myPath'   | null
        ':myPath'   | 'myLib'
    }

    def "serializes version constraint"() {
        given:

        project.group = 'my.group'
        project.library.baseName = 'mylib'
        project.evaluate()

        then:
        def publishing = project.publishing
        publishing.publications.size() == 3

        def main = publishing.publications.main
        main.groupId == 'my.group'
        main.artifactId == 'mylib'
        main.version == '1.2'
        main.artifacts.size() == 1

           ${mavenCentralRepository()}

           dependencies {
               runtimeOnly 'commons-io:commons-io:1.4'
               runtimeOnly files('libs/myFoo.jar')
           }

           eclipse.pathVariables MY_LIBS: file('libs')
        """

        //when
        executer.withTasks("eclipse").run()

        //then
        def classpath = getClasspath()

The typical example is that using a single dependency declaration `project(":myLib")`, we would either choose the `arm64` or `i386` version of `myLib` depending on the architecture.

To do this, we will add attributes to both the consumer and the producer.

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