}

    @Override
    public ExecHandleBuilder newExec() {
        return new DefaultExecHandleBuilder(fileResolver, executor, buildCancellationToken);
    }

    @Override
    public JavaExecHandleBuilder newJavaExec() {

func ValidatePersistentVolumeClaimUpdate(newPvc, oldPvc *core.PersistentVolumeClaim, opts PersistentVolumeClaimSpecValidationOptions) field.ErrorList {
	allErrs := ValidateObjectMetaUpdate(&newPvc.ObjectMeta, &oldPvc.ObjectMeta, field.NewPath("metadata"))
	allErrs = append(allErrs, ValidatePersistentVolumeClaim(newPvc, opts)...)
	newPvcClone := newPvc.DeepCopy()
	oldPvcClone := oldPvc.DeepCopy()

        }

        def execHandleFactory = Mock(ExecHandleFactory)
        def exec = Mock(ExecHandleBuilder)
        execHandleFactory.newExec() >> exec
        PrintStream output
        exec.setStandardOutput(_ as OutputStream) >> { OutputStream outputStream ->
            output = new PrintStream(outputStream)
            null
        }

	// Check if this G wants to be preempted and is safe to
	// preempt.
	if wantAsyncPreempt(gp) {
		if ok, newpc := isAsyncSafePoint(gp, ctxt.sigpc(), ctxt.sigsp(), ctxt.siglr()); ok {
			// Adjust the PC and inject a call to asyncPreempt.
			ctxt.pushCall(abi.FuncPCABI0(asyncPreempt), newpc)
		}
	}

	// Acknowledge the preemption.
	gp.m.preemptGen.Add(1)
	gp.m.signalPending.Store(0)

	bigMostNegative = big.NewInt(mostNegative)
)

func dec(i int64, exponent int) infDecAmount {
	// See the below test-- scale is the negative of an exponent.
	return infDecAmount{inf.NewDec(i, inf.Scale(-exponent))}
}

func bigDec(i *big.Int, exponent int) infDecAmount {
	// See the below test-- scale is the negative of an exponent.
	return infDecAmount{inf.NewDecBig(i, inf.Scale(-exponent))}
}

		syncPeriod:          syncPeriod,
		nftables:            nft,
		masqueradeAll:       masqueradeAll,
		masqueradeMark:      masqueradeMark,
		conntrack:           conntrack.NewExec(utilexec.New()),
		localDetector:       localDetector,
		hostname:            hostname,
		nodeIP:              nodeIP,
		recorder:            recorder,
		serviceHealthServer: serviceHealthServer,

		syncPeriod:               syncPeriod,
		iptables:                 ipt,
		masqueradeAll:            masqueradeAll,
		masqueradeMark:           masqueradeMark,
		conntrack:                conntrack.NewExec(exec),
		nfacct:                   nfacctRunner,
		localDetector:            localDetector,
		hostname:                 hostname,
		nodeIP:                   nodeIP,
		recorder:                 recorder,

		excludeCIDRs:          parsedExcludeCIDRs,
		iptables:              ipt,
		masqueradeAll:         masqueradeAll,
		masqueradeMark:        masqueradeMark,
		conntrack:             conntrack.NewExec(exec),
		localDetector:         localDetector,
		hostname:              hostname,
		nodeIP:                nodeIP,
		recorder:              recorder,
		serviceHealthServer:   serviceHealthServer,

return newPEs;}

		},
		"status-update-with-old-pvc-valid-resourcestatus-newpvc-invalid-recovery-disabled": {
			isExpectedFailure:          true,
			oldClaim:                   validResizeStatusPVC,
			newClaim:                   invalidResizeStatusPVC,
			enableRecoverFromExpansion: false,
		},
		"status-update-with-old-pvc-valid-allocatedResource-newpvc-invalid-recovery-disabled": {
			isExpectedFailure:          true,