* See the License for the specific language governing permissions and
 * limitations under the License.
 */

@ExtendWith(MockKExtension::class)
class ApplyDefaultConfigurationTest {
    @MockK(relaxed = true)
    lateinit var buildType: BaseGradleBuildType

    private
    val steps = BuildSteps()

    private
    val buildModel = CIBuildModel(
        projectId = "Gradle_Check",

	// or the old pod does not exist in the env.
	// We will let the feature gate decide whether to use relaxed rules.
	if oldPodEnvVarNames.Len() == 0 {
		return false
	}

	if len(validation.IsEnvVarName(name)) == 0 || len(validation.IsRelaxedEnvVarName(name)) != 0 {
		// It's either a valid name by strict rules or an invalid name under relaxed rules.
		// Either way, we'll use strict rules to validate.
		return false
	}

	// so it is safe to read at any time during channel operation.
	if c.dataqsiz == 0 {
		// Assumes that a pointer read is relaxed-atomic.
		return c.recvq.first == nil
	}
	// Assumes that a uint read is relaxed-atomic.
	return c.qcount == c.dataqsiz
}

// entry point for c <- x from compiled code.
//
//go:nosplit
func chansend1(c *hchan, elem unsafe.Pointer) {

// the ptr object regardless of the slot's color.
//
// Another place where we intentionally omit memory barriers is when
// accessing mheap_.arena_used to check if a pointer points into the
// heap. On relaxed memory machines, it's possible for a mutator to
// extend the size of the heap by updating arena_used, allocate an
// object from this new region, and publish a pointer to that object,

)

// depsRules defines the expected dependencies between packages in
// the Go source tree. It is a statement of policy.
//
// DO NOT CHANGE THIS DATA TO FIX BUILDS.
// Existing packages should not have their constraints relaxed
// without prior discussion.
// Negative assertions should almost never be removed.
//
// "a < b" means package b can import package a.
//
// See `go doc internal/dag' for the full syntax.
//

When executing in the CI systems, the makefiles use the ```--istio.test.ci``` flag. This flag causes a few changes in
behavior. Specifically, more verbose logging output will be displayed, some of the timeout values will be more relaxed, and
additional diagnostic data will be dumped into the working directory at the end of the test execution.

        final CookieSpecProvider laxStandardProvider =
                new RFC6265CookieSpecProvider(RFC6265CookieSpecProvider.CompatibilityLevel.RELAXED, publicSuffixMatcher);
        final CookieSpecProvider strictStandardProvider =
                new RFC6265CookieSpecProvider(RFC6265CookieSpecProvider.CompatibilityLevel.STRICT, publicSuffixMatcher);

	wantObjects := update(t, initialObjects, expected.changes)
	wantObjects = append(wantObjects, expected.added...)
	for _, remove := range expected.removed {
		for i, obj := range wantObjects {
			// This is a bit relaxed (no GVR comparison, no UID
			// comparison) to simplify writing the test cases.
			if obj.GetName() == remove.GetName() && obj.GetNamespace() == remove.GetNamespace() {

		go func() {
			defer wg.Done()
			if mode != http2Mode {
				// our HTTP/1 implementation intentionally
				// doesn't permit writes during read (mostly
				// due to it being undefined); if that is ever
				// relaxed, change this.
				<-didRead
			}
			io.WriteString(w, resBody)
		}()
		wg.Wait()
	}))
	req, _ := NewRequest("POST", cst.ts.URL, strings.NewReader(reqBody))

		track := pp.limiterEvent.start(limiterEventScavengeAssist, start)

		// Scavenge, but back out if the limiter turns on.
		released := h.pages.scavenge(bytesToScavenge, func() bool {
			return gcCPULimiter.limiting()
		}, forceScavenge)

		mheap_.pages.scav.releasedEager.Add(released)

		// Finish up accounting.
		now = nanotime()
		if track {
			pp.limiterEvent.stop(limiterEventScavengeAssist, now)