func (c *CRDCanonicalTypeNamer) OpenAPICanonicalTypeName() string {
	return fmt.Sprintf("%s/%s.%s", c.group, c.version, c.kind)
}

// builder contains validation schema and basic naming information for a CRD in
// one version. The builder works to build a WebService that kube-openapi can
// consume.
type builder struct {
	schema     *spec.Schema
	listSchema *spec.Schema
	ws         *restful.WebService

	group    string

        api(libs.maven3Model)           { version { strictly(mavenVersion); because("required to load/build poms and repository settings") }}
        api(libs.maven3RepositoryMetadata) { version { strictly(mavenVersion); because("required to load/build poms and repository settings") }}

Use of dynamic dependency versions (e.g. `1.+` or `[1.0,2.0)`) makes builds non-deterministic.
This causes builds to break without any obvious change, and worse, can be caused by a transitive dependency that the build author has no control over.

To achieve https://reproducible-builds.org/[reproducible builds], it is necessary to _lock_ versions of dependencies and transitive dependencies such that a build with the same inputs will always resolve the same module versions.

func (b *builder) WithClusters(clusters ...cluster.Cluster) Builder {
	next := b
	next.clusters = clusters
	return next
}

func (b *builder) Build() (out echo.Instances, err error) {
	return build(b)
}

// injectionTemplates lists the set of templates for each Kube cluster
func (b *builder) injectionTemplates() (map[string]sets.String, error) {

     * which in turn depend on a plugin from another included build (:plugin-0).
     *
     * In addition, projects :a and :b also depend on the :plugins build for the model building plugin.
     **/
    def "projects are configured in parallel when projects use plugins from included builds and project scoped model is queried concurrently"() {
        given:

                module('org:module:1.0')
            }
        }

        and:
        outputContains "Build was configured to prefer settings repositories over project repositories but repository 'maven' was added by build file 'build.gradle'"
    }

    def "can fail the build if a project declares a repository"() {
        repository {
            'org:module:1.0'()
        }

        "filteredTree"         | _
    }

    def "builds correct artifacts when there is a project cycle in dependency graph - fluid: #fluid"() {
        makeFluid(fluid)

        // A graph from root compile -> child default -> root default, so not an actual cycle here
        // Graph includes artifact and file dependencies on each node, should build all of them
        buildFile << """
            allprojects {

        this.flakinessDataProvider = flakinessDataProvider;
        this.executionDataProvider = executionDataProvider;
    }

    public static String getTeamCityWebUrlFromBuildId(String buildId) {
        return "https://builds.gradle.org/viewLog.html?buildId=" + buildId;
    }

    protected abstract class TableHtml extends MetricsHtml {
        AtomicInteger counter = new AtomicInteger();

        public TableHtml(Writer writer) {

artifact from source code produces the same result, byte for byte, no matter when and where it is built. This is necessary for projects like reproducible-builds.org.

These tweaks not only lead to better incremental build integration, but they also help with https://reproducible-builds.org[reproducible builds]. In essence, reproducible builds guarantee that you will see the same results from a build execution — including test results and production binaries — no matter when or on what system...

		DetectedRestoreBinary: iptablesRestoreBin,
		Version:               parsedVer,
		Legacy:                !isNft,
		ExistingRules:         existingRules,
	}, nil
}

// runInSandbox builds a lightweight sandbox ("container") to build a suitable environment to run iptables commands in.
// This is used in CNI, where commands are executed from the host but from within the container network namespace.