* that is going to be cached, and most likely the thing the caller really cares about
 */
public interface CachingRuleExecutor<KEY, DETAILS, RESULT> {
    /**
     * Executes a rule, fetching the result from the cache if available, or executing the rule and caches
     * the result in case of cache miss.
     *  @param rule the rule to be executed

   * Cache.asMap().putIfAbsent} after loading has completed; if another value was associated with
   * {@code key} while the new value was loading then a removal notification will be sent for the
   * new value.
   *
   * <p>If the cache loader associated with this cache is known not to throw checked exceptions,
   * then prefer {@link #getUnchecked} over this method.
   *

				AdmissionReviewVersions: []string{"v1beta1"},
			}},
			ExpectAllow:     true,
			ExpectCacheMiss: true,
		},
		{
			Name: "cached: service webhook, path 'allow'",
			Webhooks: []registrationv1.ValidatingWebhook{{
				Name:                    "cache3",
				ClientConfig:            ccfgSVC("allow"),
				Rules:                   newMatchEverythingRules(),
				NamespaceSelector:       &metav1.LabelSelector{},

		actual = append(actual, string(pod.UID))
	}

	cached := []string{}
	for _, nodeinfo := range nodeinfos {
		for _, p := range nodeinfo.Pods {
			cached = append(cached, string(p.Pod.UID))
		}
	}
	for _, pod := range waitingPods {
		cached = append(cached, string(pod.UID))
	}

	return compareStrings(actual, cached)
}

func compareStrings(actual, cached []string) (missed, redundant []string) {

        model3[1].message == "It works from project :b"

        and:
        // TODO - should not invalidate all cached state
        fixture.assertStateRecreated {
            gradlePropertyChanged()
            buildModelQueries = 1 // TODO:configuration-cache ???
            projectConfigured(":buildSrc")
            projectsConfigured(":", ":a", ":b", ":c")
            modelsCreated(":a", ":b")

        /**
         * Whether the instrumentation agent was used when computing the cache.
         * With the agent, the class paths may be stored differently, making the caches incompatible with one another.
         */
        val instrumentationAgentUsed: Boolean,
        /**
         * The file system paths that will be ignored during file system checks tracking for the cache fingerprint.

	caches := []cache{}
	for i := 0; i < stripeCount; i++ {
		caches = append(caches, newCacheFunc())
	}
	return &stripedCache{
		stripeCount: uint32(stripeCount),
		hashFunc:    hash,
		caches:      caches,
	}
}

func (c *stripedCache) get(key string) (*cacheRecord, bool) {
	return c.caches[c.hashFunc(key)%c.stripeCount].get(key)
}
func (c *stripedCache) set(key string, value *cacheRecord, ttl time.Duration) {

include::sample[dir="snippets/buildCache/http-build-cache/kotlin",files="settings.gradle.kts[tags=http-build-cache]"]
include::sample[dir="snippets/buildCache/http-build-cache/groovy",files="settings.gradle[tags=http-build-cache]"]
====

When attempting to load an entry, a `GET` request is made to `\https://example.com:8123/cache/«cache-key»`.

        then:
        // FIXME Loading from cache destroys the overlap directory, but the task should not be loaded from cache
        fileTaskOutput.assertDoesNotExist()
        localStateDirTaskOutput.assertExists()
        // Task was loaded from cache, so local state was removed
        localStateDirTaskState.assertDoesNotExist()
        // fileTask can be from the cache, but the dirTask cannot due to a cache miss

In practice, this means that the writable cache will only contain dependencies that are unavailable in the read-only cache.

The read-only cache should be sourced from a Gradle dependency cache that already contains some of the required dependencies.
The cache can be incomplete; however, an empty shared cache will only add overhead.

NOTE: The shared read-only dependency cache is an incubating feature.