}

    static class TestNodeIdentity implements NodeIdentity {
        NodeType nodeType
        String name

        TestNodeIdentity(NodeType nodeType, String name) {
            this.nodeType = nodeType
            this.name = name
        }

        @Override
        NodeType getNodeType() {
            return nodeType
        }

        @Override
        String toString() {

	return &VariableNode{tr: v.tr, NodeType: NodeVariable, Pos: v.Pos, Ident: append([]string{}, v.Ident...)}
}

// DotNode holds the special identifier '.'.
type DotNode struct {
	NodeType
	Pos
	tr *Tree
}

func (t *Tree) newDot(pos Pos) *DotNode {
	return &DotNode{tr: t, NodeType: NodeDot, Pos: pos}
}

func (d *DotNode) Type() NodeType {

        Class<?> nodeType = resolveType(node);
        TypeMetadata typeMetadata = typeMetadataStore.getTypeMetadata(nodeType);
        if (Provider.class.isAssignableFrom(nodeType)) {

        this.nodeType = nodeType;
    }


    NbtAddress ( Name hostName, int address, boolean groupName, int nodeType, boolean isBeingDeleted, boolean isInConflict, boolean isActive,
            boolean isPermanent, byte[] macAddress ) {

        /*
         * The NodeStatusResponse.readNodeNameArray method may also set this
         * information. These two places where node status data is populated should

        this.nodeType = nodeType;
    }

    NbtAddress( Name hostName,
                int address,
                boolean groupName,
                int nodeType,
                boolean isBeingDeleted,
                boolean isInConflict,
                boolean isActive,
                boolean isPermanent,
                byte[] macAddress ) {

pkg text/template/parse, method (BreakNode) Type() NodeType
pkg text/template/parse, method (ContinueNode) Position() Pos
pkg text/template/parse, method (ContinueNode) Type() NodeType
pkg text/template/parse, type BreakNode struct
pkg text/template/parse, type BreakNode struct, Line int
pkg text/template/parse, type BreakNode struct, embedded NodeType
pkg text/template/parse, type BreakNode struct, embedded Pos

)

// NodeType decides the responsibility of the proxy serves in the mesh
type NodeType string

const (
	// SidecarProxy type is used for sidecar proxies in the application containers
	SidecarProxy NodeType = "sidecar"

	// Router type is used for standalone proxies acting as L7/L4 routers
	Router NodeType = "router"

	// Waypoint type is used for waypoint proxies

			},
		)
	}

	// tests for kind-affect-proxy.
	for _, nodeType := range []model.NodeType{model.Router, model.SidecarProxy} {
		proxy := gateway
		if nodeType == model.SidecarProxy {
			proxy = sidecar
		}
		for k := range UnAffectedConfigKinds[proxy.Type] {
			cases = append(cases, Case{
				name:    fmt.Sprintf("kind %s not affect %s", k.String(), nodeType),
				proxy:   proxy,

	}

	if len(parts) != 4 {
		return out, fmt.Errorf("missing parts in the service node %q", nodeID)
	}

	if !pm.IsApplicationNodeType(NodeType(parts[0])) {
		return out, fmt.Errorf("invalid node type (valid types: %v) in the service node %q", NodeTypes, nodeID)
	}
	out.Type = NodeType(parts[0])

	// Get all IP Addresses from Metadata
	if hasValidIPAddresses(metadata.InstanceIPs) {
		out.IPAddresses = metadata.InstanceIPs

}

type telemetryFilterConfig struct {
	metricsConfig
	Provider      *meshconfig.MeshConfig_ExtensionProvider
	Metrics       bool
	AccessLogging bool
	LogsFilter    *tpb.AccessLogging_Filter
	NodeType      NodeType
}

func (t telemetryFilterConfig) MetricsForClass(c networking.ListenerClass) metricConfig {
	switch c {
	case networking.ListenerClassGateway:
		return t.ClientMetrics