return res
}

// reasonNames pretty-prints a list of reasons with variable names in
// case of a test failure because that is easier to read than the full
// strings.
func reasonNames(reasons ConflictReasons) string {
	var varNames []string
	for _, reason := range reasons {
		switch reason {
		case ErrReasonBindConflict:
			varNames = append(varNames, "ErrReasonBindConflict")

        }
        return context.get(key);
    }

    /**
     * Sets the project's class realm. <strong>Warning:</strong> This is an internal utility method that is only public
     * for technical reasons, it is not part of the public API. In particular, this method can be changed or deleted
     * without prior notice and must not be used by plugins.
     *

			result = r
		}

		reasons = append(reasons, s.Reasons()...)
		// Record the first failed plugin unless we proved that
		// the latter is more relevant.
		if len(rejectorPlugin) == 0 {
			rejectorPlugin = pl.Name()
		}
	}

	return result, framework.NewStatus(framework.Unschedulable, reasons...).WithPlugin(rejectorPlugin)
}

type ReasonStats map[TriggerReason]int

func NewReasonStats(reasons ...TriggerReason) ReasonStats {
	ret := make(ReasonStats)
	for _, reason := range reasons {
		ret.Add(reason)
	}
	return ret
}

func (r ReasonStats) Add(reason TriggerReason) {
	r[reason]++
}

func (r ReasonStats) Merge(other ReasonStats) {
	for reason, count := range other {
		r[reason] += count
	}
}

			// As we cannot compare two errors directly due to miss the equal method for how to compare two errors, so just need to compare the reasons.
			if gotStatus.Code() == framework.Error {
				if diff := cmp.Diff(tt.wantStatus.Reasons(), gotStatus.Reasons()); diff != "" {
					t.Errorf("Unexpected status (-want, +got):\n%s", diff)
				}
			} else {
				if diff := cmp.Diff(tt.wantStatus, gotStatus); diff != "" {

}

// statusPending ensures that there is a log message associated with the
// line where the status originated.
func statusPending(logger klog.Logger, reason string, kv ...interface{}) *framework.Status {
	if loggerV := logger.V(5); loggerV.Enabled() {
		helper, loggerV := loggerV.WithCallStackHelper()
		helper()
		kv = append(kv, "reason", reason)

	return proxier, nil
}

// internal struct for string service information
type servicePortInfo struct {
	*proxy.BaseServicePortInfo
	// The following fields are computed and stored for performance reasons.
	nameString             string
	clusterPolicyChainName string
	localPolicyChainName   string
	externalChainName      string
	firewallChainName      string
}

// has not been met.
//
// The goals are updated after each GC.
//
// Synchronous scavenging happens for one of two reasons: if an allocation would
// exceed the memory limit or whenever the heap grows in size, for some
// definition of heap-growth. The intuition behind this second reason is that the
// application had to grow the heap because existing fragments were not sufficiently

        @Override
        public boolean isTransitive() {
            return false;
        }

        @Override
        public DependencyMetadata withReason(String reason) {
            return makeNonTransitive(dependencyMetadata.withReason(reason));
        }

        @Override
        public String toString() {
            return "Non transitive dependency for external variant " + dependencyMetadata;
        }

	}

	return proxier, nil
}

// internal struct for string service information
type servicePortInfo struct {
	*proxy.BaseServicePortInfo
	// The following fields are computed and stored for performance reasons.
	nameString             string
	clusterPolicyChainName utiliptables.Chain
	localPolicyChainName   utiliptables.Chain
	firewallChainName      utiliptables.Chain
	externalChainName      utiliptables.Chain
}