Hi all,
I wrote some rules for serial gateway to openhab, temp, hum, switch, dimmer and some internal commands are working without a problem. I don't have too much time to develop this for other devices.
I'm not a java programmer so if I made some mistakes feel free to comment.
The goal is to write a rules that will be easily expanded to other devices.
I create a has map table where I define mappings ID to item name and inversely.
test.rules file:

import org.openhab.core.library.types.*
import org.openhab.core.persistence.*
import org.openhab.model.script.actions.*
import java.util.*
import org.eclipse.xtext.xbase.lib.*
import org.openhab.core.items.*

var String ArduinoUpdate = ""
var String sketchName = ""
var int V_TEMP = 0
var int V_HUM = 1
var int V_LIGHT = 2
var int V_DIMMER = 3
var int V_PRESSURE = 4
var int V_FORECAST = 5
var int V_RAIN = 6
var int V_RAINRATE = 7
var int V_WIND = 8
var int V_GUST = 9
var int V_DIRECTION = 10
var int V_UV = 11
var int V_WEIGHT = 12
var int V_DISTANCE = 13
var int V_IMPEDANCE = 14
var int V_ARMED = 15
var int V_TRIPPED = 16
var int V_WATT = 17
var int V_KWH = 18
var int V_SCENE_ON = 19
var int V_SCENE_OFF = 20
var int V_HEATER = 21
var int V_HEATER_SW = 22
var int V_LIGHT_LEVEL = 23
var int V_VAR1 = 24
var int V_VAR2 = 25
var int V_VAR3 = 26
var int V_VAR4 = 27
var int V_VAR5 = 28
var int V_UP = 29
var int V_DOWN = 30
var int V_STOP = 31
var int V_IR_SEND = 32
var int V_IR_RECEIVE = 33
var int V_FLOW = 34
var int V_VOLUME = 35
var int V_LOCK_STATUS = 36
var int V_DUST_LEVEL = 37
var int V_VOLTAGE = 38
var int V_CURRENT = 39
var int msgPresentation = 0
var int msgSet = 1
var int msgReq = 2
var int msgInternal = 3
var int msgStream = 4
var int alarmArmor = 1
// Internal Commands

var int I_BATTERY_LEVEL = 0
var int I_TIME = 1
var int I_VERSION = 2
var int I_ID_REQUEST = 3
var int I_ID_RESPONSE = 4
var int I_INCLUSION_MODE = 5
var int I_CONFIG = 6
var int I_FIND_PARENT = 7
var int I_FIND_PARENT_RESPONSE = 8
var int I_LOG_MESSAGE = 9
var int I_CHILDREN = 10
var int I_SKETCH_NAME = 11
var int I_SKETCH_VERSION = 12
var int I_REBOOT = 13
var int I_GATEWAY_READY = 14
// Mappings
var HashMap<String, String> sensorToItemsMap = newLinkedHashMap(
	"21;1;" -> "tempSalon01", 
	"tempSalon01" -> "21;1;",
	"21;0;" -> "humSalon01", 
	"humSalon01" -> "21;0;",
	"22;0;" -> "plugStrip01s12", 
	"plugStrip01s12" -> "22;0;",
	"22;1;" -> "plugStrip01s34", 
	"plugStrip01s34" -> "22;1;",
	"20;0;" -> "lightSalonCeiling00", 
	"lightSalonCeiling00" -> "20;0;",
	"20;1;" -> "lightSalonCeiling01", 
	"lightSalonCeiling01" -> "20;1;",
	"20;2;" -> "lightSalonCeiling02", 
	"lightSalonCeiling02" -> "20;2;",
	"20;3;" -> "lightSalonCeiling03", 
	"lightSalonCeiling03" -> "20;3;",
	"20;4;" -> "lightSalonCeiling04", 
	"lightSalonCeiling04" -> "20;4;",
	"10;4;" -> "lightBar04", 
	"lightBar04" -> "10;4;",
	"10;0;" -> "lightKitchenCabinet00", 
	"lightKitchenCabinet00" -> "10;0;",
	"10;1;" -> "lightKitchenCabinet01", 
	"lightKitchenCabinet01" -> "10;1;",
	"10;2;" -> "lightKitchenCabinet02", 
	"lightKitchenCabinet02" -> "10;2;",
	"10;3;" -> "lightKitchenCabinet03", 
	"lightKitchenCabinet03" -> "10;3;",
	"20;255;" -> "sensorLRCDimmer", 
	"21;255;" -> "sensorLRHumTemp", 
	"22;255;" -> "sensorLRStripPlug01", 
	"10;255;" -> "sensorKCLight"

)
// dimmer function
val org.eclipse.xtext.xbase.lib.Functions$Function5 dimmerOperation = [
	org.openhab.core.library.items.DimmerItem relayItem, 
	org.openhab.core.library.items.StringItem arduinoItem, 
	String arduinoDevMap,
	String receivedCommand,
	Integer subType|
	var Number percent = 0
	if(relayItem.state instanceof DecimalType) percent = relayItem.state as DecimalType
	if(receivedCommand==INCREASE) percent = percent + 5
	if(receivedCommand==DECREASE) percent = percent - 5
	if(receivedCommand==ON) percent = 100       
	if(receivedCommand==OFF) percent = 0        
	if(percent<0)   percent = 0
	if(percent>100) percent = 100
	
	println ("Function: dimmerOperation >> "+arduinoDevMap + "1;1;" + subType + ";" + percent )
	arduinoItem.sendCommand(arduinoDevMap + "1;0;" + subType + ";" + percent + "\n")
]
//switch function
val org.eclipse.xtext.xbase.lib.Functions$Function4 switchOperation = [
	org.openhab.core.library.items.SwitchItem relayItem, 
	org.openhab.core.library.items.StringItem arduinoItem, 
	String arduinoDevMap,
	Integer subType|
	var Integer state = 0
        if (relayItem.state == OFF) {
		state = 0 
	}
	else {
		state = 1
	}
	println ("Function: switchOperation >> "+arduinoDevMap + "1;1;" + subType + ";" + state )
	arduinoItem.sendCommand(arduinoDevMap + "1;0;" + subType + ";" + state + "\n")
]

//receiving msg from mysensors gateway
rule "Arduino sends to Openhab"
	when
		Item Arduino received update
	then
		var String lineBuffer =  Arduino.state.toString.split("\n")
		for (String line : lineBuffer) {
			var String[] message = line.split(";")
			var Integer nodeId = new Integer(message.get(0))
			var Integer childId = new Integer(message.get(1))
			var Integer msgType = new Integer(message.get(2))
			var Integer ack = new Integer(message.get(3))
			var Integer subType = new Integer(message.get(4))
			var String msg = message.get(5)
			if(msgType == 1 ){
				if (subType == V_TEMP){
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), msg)
					println ("Temp item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " temp: " + msg )
					}
				if (subType == V_HUM){
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), msg)
					println ("HUM item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " hum: " + msg )
					}
				if (subType == V_DIMMER){
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), msg)
					println ("Dimmer item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " Dimmer: " + msg )
						}
				if (subType == V_LIGHT){
					var String state
					var Integer statusInt = new Integer(message.get(5))
					if(statusInt == 1) { 
						state = "ON"
						} 
					else { 
						state = "OFF" 
						}
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), state)
					println ("Light Item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " Light: " + state )
					}
				}
			// Internal Command
			if(msgType == 3){
				if(subType == I_SKETCH_NAME){
						println("Sketch name: " + msg )
						sketchName=msg
					}
				if(subType == I_SKETCH_VERSION){
						println("Sketch version: " + msg )
						postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), sketchName+" " +msg )
						sketchName=""
					}
				}
			}	
		}
end



rule "lightBar04 Switch Rule"
	when
		Item lightBar04 changed
	then
		switchOperation.apply(lightBar04, Arduino, sensorToItemsMap.get("lightBar04"), V_LIGHT)			
end	

rule "lightKitchenCabinet00 Switch Rule"
	when
		Item lightKitchenCabinet00 changed
	then
		switchOperation.apply(lightKitchenCabinet00, Arduino, sensorToItemsMap.get("lightKitchenCabinet00"), V_LIGHT)			
end	

rule "lightKitchenCabinet01 Switch Rule"
	when
		Item lightKitchenCabinet01 changed
	then
		switchOperation.apply(lightKitchenCabinet01, Arduino, sensorToItemsMap.get("lightKitchenCabinet01"), V_LIGHT)			
end	

rule "lightKitchenCabinet02 Switch Rule"
	when
		Item lightKitchenCabinet02 changed
	then
		switchOperation.apply(lightKitchenCabinet02, Arduino, sensorToItemsMap.get("lightKitchenCabinet02"), V_LIGHT)			
end	

rule "lightKitchenCabinet03 Switch Rule"
	when
		Item lightKitchenCabinet03 changed
	then
		switchOperation.apply(lightKitchenCabinet03, Arduino, sensorToItemsMap.get("lightKitchenCabinet03"), V_LIGHT)			
end	

rule "lightSalonCeiling00 Switch Rule"
	when
		Item lightSalonCeiling00 received command
	then
		if(lightSalonCeiling00.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling00, Arduino, sensorToItemsMap.get("lightSalonCeiling00"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling01 Switch Rule"
	when
		Item lightSalonCeiling01 received command
	then
		if(lightSalonCeiling01.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling01, Arduino, sensorToItemsMap.get("lightSalonCeiling01"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling02 Switch Rule"
	when
		Item lightSalonCeiling02 received command
	then
		if(lightSalonCeiling02.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling02, Arduino, sensorToItemsMap.get("lightSalonCeiling02"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling03 Switch Rule"
	when
		Item lightSalonCeiling03 received command
	then
		if(lightSalonCeiling03.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling03, Arduino, sensorToItemsMap.get("lightSalonCeiling03"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling04 Switch Rule"
	when
		Item lightSalonCeiling04 received command
	then
		if(lightSalonCeiling04.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling04, Arduino, sensorToItemsMap.get("lightSalonCeiling04"), receivedCommand, V_DIMMER)			
		} 
	end	

rule "plugStrip01s12 Switch Rule"
	when
		Item plugStrip01s12 changed
	then
		switchOperation.apply(plugStrip01s12, Arduino, sensorToItemsMap.get("plugStrip01s12"), V_LIGHT)			
end	


rule "plugStrip01s34 Switch Rule"
	when
		Item plugStrip01s34 changed
	then
		switchOperation.apply(plugStrip01s34, Arduino, sensorToItemsMap.get("plugStrip01s34"), V_LIGHT)			
end	

my test.item

String Arduino "Arduino" { serial="/dev/ttyUSB0@115200" }
Group All
Group flat "Flat" <house>
Group livingRoom "Living Room"  <sofa>  (All,flat)
Group kitchen      "Kitchen" <kitchen>  (All,flat)
Group corridor      "Corridor" <corridor>  (All,flat)
Group bathroom      "Bathroom" <bath>  (All,flat)
Group gmRoom  "Grandma Room" <smile>  (All,flat)
Group weather   (All)
Group status    (All)
Group mysensors    (All)

Group:Switch:OR(ON, OFF) kLights "Lights" <light> (All, kitchen)
Group:Switch:OR(ON, OFF) kcLights "Cabinet Lights [(%d)]" <light> (All, kLights)
Group:Switch:OR(ON, OFF) skcLights "Single Cabinet Lights [(%d)]" <light> (All)

Group:Switch:OR(ON, OFF) lrLights "Lights" <light> (livingRoom)
Group:Switch:OR(ON, OFF) lrcLights "Ceiling Lights [(%d)]" <light> (lrLights)

Group:Switch:OR(ON, OFF) lrSockets "Sockets" <socket> (livingRoom)
Group:Switch:OR(ON, OFF) lrPlugStrip "Sockets [(%d)]" <socket> (lrSockets)

Group:Number:AVG humAndTemp "Avg. Room Humidity[%.1f %%] and Temperature [%.1f °C]" <temperature>
Group:Number:AVG temperature "Avg. Room Temperature [%.1f °C]" <temperature> (status)
Group:Number:AVG humidity "Avg. Room Humidity [%.1f %%]" <temperature> (status)


Group:Switch:OR(ON, OFF) lights "All Lights [(%d)]" <light> (All)

Number tempChartPeriod          "Chart Period"
Number tempSalon01 "Temperature [%s °C]" <temperature> (temperature,humAndTemp)
Number humSalon01 "Humidity [%s %%]" <temperature> (humidity,humAndTemp)
Switch lightKitchenCabinet00	"Light 1" (lights, kcLights)
Switch lightKitchenCabinet01	"Light 2" (lights, kcLights)
Switch lightKitchenCabinet02	"Light 3" (lights, kcLights)
Switch lightKitchenCabinet03	"Light 4" (lights, kcLights)

Switch lightBar04		"Bar Lights" (lights, kLights, lrLights)

Dimmer lightSalonCeiling00	"Light 1 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling01	"Light 2 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling02	"Light 3 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling03	"Light 4 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling04	"Light All [%s %%]" (lights,lrLights,allLights)
Switch plugStrip01s12		"Sockets 1-2" <socket> (lrPlugStrip)
Switch plugStrip01s34		"Sockets 3-4" <socket> (lrPlugStrip)

String sensorLRCDimmer "Living Room Ceiling Light Sensor [%s]" (mysensors)
String sensorLRStripPlug01 "Living Room Strip Plug 01 Sensor [%s]" (mysensors)
String sensorLRHumTemp "Living Room Hum&Temp&Motion&Light  Sensor [%s]" (mysensors)
String sensorKCLight "Kitchen&Bar Light Sensor [%s]" (mysensors)

my test.sitemap

sitemap demo label="Main Menu"
{

	Frame label="Home" {
		Group label="Kitchen" icon="kitchen" {
			Frame label="Kitchen" {
				Group item=kLights label="Lights" {
				Switch item=lightBar04 label="Bar Lights"
				Switch item=kcLights label="Cabinet Lights"
				Group item=kcLights 
				}
			}
		}

		Group item=livingRoom {
			Frame label="Living Room" {
				Group item=lrLights 
				Group label="Sensors" icon="temperature" {
					Text item=tempSalon01 valuecolor=[tempSalon01=="Uninitialized"="lightgray",tempSalon01>90="lightgray",>25="orange",>15="green",>5="orange",<=5="blue"]
					Text item=humSalon01 valuecolor=[humSalon01=="Uninitialized"="lightgray",tempSalon01>90="lightgray",>25="orange",>15="green",>5="orange",<=5="blue"]
					Switch item=tempChartPeriod label="Chart Period" mappings=[0="12 Hours", 1="Day", 2="Week", 3="Month"]
					Chart item=humAndTemp period=12h refresh=5000 visibility=[tempChartPeriod==0,tempChartPeriod=="Uninitialized"]
					Chart item=humAndTemp period=D refresh=1800 visibility=[tempChartPeriod==1]
					Chart item=humAndTemp period=W refresh=3600 visibility=[tempChartPeriod==2]
					Chart item=humAndTemp period=M refresh=7200 visibility=[tempChartPeriod==3]
				}
				Group item=lrPlugStrip
			}
		}
		Group item=corridor 
		Group item=bathroom icon="bath"
		Group item=grandmotherRoom icon="smiley"
	}

	Frame label="Lights All"{
		Switch item=lights mappings=[OFF="All Off"]
		Group item=lights
		Group item=mysensors
	}

Hi
I've struggled with openhab for 4 weeks. My last idea to use HashMap for mapping device to id's was not bad but I found much better solution. My major requirements were:

• automatic device discover.
• I don't want to use all discovered devices.
• each item have to belong to group "all"
• each new device will be added to groups "unconfigured, unused, all"
• updates for items that belong to unused group are skipped
• if device doesn't belong to group "all" , rule "Arduino sends to Openhab" will try to add this device as a new device

OK lets go

First I have to generate names so I create some HashMap tables using mysensors serial API

• presentationSubTypeToValue - mysensors presentation mode - converts subType (S_DOOR) to value (number) and openhab item type

var HashMap<String, LinkedHashMap<String, String>> presentationSubTypeToValue = newLinkedHashMap(
        "S_DOOR" -> (newLinkedHashMap("value" -> "0", "comment" -> "Door and window sensors ", "itemType" -> "String"))

• presentationValueToSubType - mysensors presentation mode - converts mysensors value to subType and openhab item type

var HashMap<Integer, LinkedHashMap<String, String>> presentationValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "S_DOOR", "comment" -> "Door and window sensors ", "itemType" -> "String")),

• setSubTypeToValue - mysensors set/request mode - converts subType to mysensors value and openhab item type

var HashMap<String, LinkedHashMap<String, String>> setSubTypeToValue = newLinkedHashMap(
        "V_HUM" -> (newLinkedHashMap("value" -> "1", "comment" -> "Humidity ", "itemType" -> "Number")),

• setValueToSubType - mysensors set/request - converts mysensors value to subType and openhab item type

var HashMap<Integer, LinkedHashMap<String, String>> setValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "V_TEMP", "comment" -> "Temperature ", "itemType" -> "Number")),

• internalSubTypeToValue - mysensors internal command mode - converts subType to my sensors value and openhab item type

var HashMap<String, LinkedHashMap<String, String>> internalSubTypeToValue = newLinkedHashMap(
        "I_BATTERY_LEVEL" -> (newLinkedHashMap("value" -> "0", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),

• internalValueToSubType - mysensors internal commands mode - converts mysensors value to subType and openhab item type

var HashMap<Integer, LinkedHashMap<String, String>> internalValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "I_BATTERY_LEVEL", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),

My openhab item name is for example
Switch V_LIGHT_10_0 where
Switch is "itemType" -> "String"
V_LIGHT - type
10 - nodeID
1 - sensorID

bash script: addItem2.sh will add new device to items file

#!/bin/bash
#OPENHAB_ITEMS="/opt/openhab/configurations/items/test.items"
GREP="/bin/grep"
SED="/bin/sed"
while getopts ":i:l:f:" opt; do
  case $opt in
    i)
      ITEM_NAME=${OPTARG}
      ;;
    l)
      LINE="${OPTARG}"
      ;;
    f)
      ITEM_FILE=${OPTARG}
      ;;
    \?)
      echo "Invalid option: -$OPTARG" >&2
      ;;
  esac
done

grep ${ITEM_NAME} ${ITEM_FILE} >> /dev/null 2>&1 || echo ${LINE} | ${SED} -e 's/____/\ /g' >> ${ITEM_FILE}

Put this script in /opt/openhab/bin/addItem2.sh

in rules file you have to set variables to your configuration

// ----------- Openhab configuration ---------------------
var String OPENHAB_HOME = "/opt/openhab"
var String OPENHAB_CONF = "/opt/openhab/configurations"
var String SITE_NAME = "test"

You can turn off automating my sensors device discovering:

var String deviceDiscovery = "ON" //set to OFF

this is my configurations files:

• "test.items*

String Arduino "Arduino" { serial="/dev/ttyUSB1@115200" }
Group all
Group unconfigured (all)
// not used in our configuration
Group unused (all)
Group kitchen      "Kitchen" <kitchen>  (all)
Group:Switch:OR(ON, OFF) kLights "Lights" <light> (all, kitchen)
Group:Switch:OR(ON, OFF) kcLights "Cabinet Lights [(%d)]" <light> (all, kLights)
Group:Switch:OR(ON, OFF) skcLights "Single Cabinet Lights [(%d)]" <light> (all)

Group livingRoom "Living Room"  <sofa>  (all)
Group:Switch:OR(ON, OFF) lrLights "Lights" <light> (livingRoom)
Group:Switch:OR(ON, OFF) lrcLights "Ceiling Lights [(%d)]" <light> (lrLights,all)


Switch V_LIGHT_10_0     "Light 1" (lights, kcLights,all,gAllLights)
Switch V_LIGHT_10_1     "Light 2" (lights, kcLights,all,gAllLights)
Switch V_LIGHT_10_2     "Light 3" (lights, kcLights,all,gAllLights)
Switch V_LIGHT_10_3     "Light 4" (lights, kcLights,all,gAllLights)

Dimmer V_DIMMER_20_0    "Light 1 [%s %%]" (lights, lrcLights,all, lrLightsAll)
Dimmer V_DIMMER_20_1    "Light 2 [%s %%]" (lights, lrcLights,all, lrLightsAll)
Dimmer V_DIMMER_20_2    "Light 3 [%s %%]" (lights, lrcLights,all,lrLightsAll)
Dimmer V_DIMMER_20_3    "Light 4 [%s %%]" (lights, lrcLights,all,lrLightsAll)


// --------------- Unconfigurated device -----------------------------

• test.sitemap

sitemap demo label="Main Menu"
{

        Frame label="Home" {
                Group label="Kitchen" icon="kitchen" {
                        Frame label="Kitchen" {
                                Group item=kLights label="Lights" {
                                Switch item=V_LIGHT_10_4 label="Bar Lights"
                                Switch item=kcLights label="Cabinet Lights"
                                Group item=kcLights 
                                }
                        }
                }

                Group item=livingRoom {
                        Frame label="Living Room" {
                                Group item=lrLights
                                }
                       }
                }
        } 

• test.rules

import org.joda.time.*
import org.openhab.core.library.types.*
import org.openhab.core.library.types.PercentType
import org.openhab.core.library.items.SwitchItem
import org.openhab.model.script.actions.*
import org.openhab.model.script.actions.Timer
import java.util.HashMap
import java.util.LinkedHashMap
import java.util.ArrayList
import java.util.Map
import java.util.concurrent.locks.Lock
import java.util.concurrent.locks.ReentrantLock
var Lock lock = new ReentrantLock()
var String ArduinoUpdate = ""
var String sketchName = ""
var Timer timer
/* Difference between val and var
* val variable can be declareted only once, var more than once
*/
// AllItems contains information about all items from file *.item
var String itemsAll = all.getMembers().toString
var String itemsUnconfigured = unconfigured.getMembers().toString
var String itemsUnused = unused.getMembers().toString
var String deviceDiscovery = "ON"
// ----------- Openhab configuration ---------------------
var String OPENHAB_HOME = "/opt/openhab"
var String OPENHAB_CONF = "/opt/openhab/configurations"
var String SITE_NAME = "test"
/*
*Requirements:
*       Each Item belongs to group "all"
*       Devices that we don't use are in group "unused"
*       Each discovered device will be added to groups "all", "unconfigured", "unused"
*       we can configure any discovered device using HABmin
*       For adding new item to file *.item we use perl/bash script
*       Detailed information about discovered device on single node are in SITEMAP_mysensors_nodeId.html location OPENHAB_WEBAPPS ---- not implemented yet
*/
// Presentation

var HashMap<String, LinkedHashMap<String, String>> presentationSubTypeToValue = newLinkedHashMap(
        "S_DOOR" -> (newLinkedHashMap("value" -> "0", "comment" -> "Door and window sensors ", "itemType" -> "String")),
        "S_MOTION" -> (newLinkedHashMap("value" -> "1", "comment" -> "Motion sensors ", "itemType" -> "String")),
        "S_SMOKE" -> (newLinkedHashMap("value" -> "2", "comment" -> "Smoke sensor ", "itemType" -> "String")),
        "S_LIGHT" -> (newLinkedHashMap("value" -> "3", "comment" -> "Light Actuator (on/off) ", "itemType" -> "String")),
        "S_DIMMER" -> (newLinkedHashMap("value" -> "4", "comment" -> "Dimmable device of some kind ", "itemType" -> "String")),
        "S_COVER" -> (newLinkedHashMap("value" -> "5", "comment" -> "Window covers or shades ", "itemType" -> "String")),
        "S_TEMP" -> (newLinkedHashMap("value" -> "6", "comment" -> "Temperature sensor ", "itemType" -> "String")),
        "S_HUM" -> (newLinkedHashMap("value" -> "7", "comment" -> "Humidity sensor ", "itemType" -> "String")),
        "S_BARO" -> (newLinkedHashMap("value" -> "8", "comment" -> "Barometer sensor (Pressure) ", "itemType" -> "String")),
        "S_WIND" -> (newLinkedHashMap("value" -> "9", "comment" -> "Wind sensor ", "itemType" -> "String")),
        "S_RAIN" -> (newLinkedHashMap("value" -> "10", "comment" -> "Rain sensor ", "itemType" -> "String")),
        "S_UV" -> (newLinkedHashMap("value" -> "11", "comment" -> "UV sensor ", "itemType" -> "String")),
        "S_WEIGHT" -> (newLinkedHashMap("value" -> "12", "comment" -> "Weight sensor for scales etc. ", "itemType" -> "String")),
        "S_POWER" -> (newLinkedHashMap("value" -> "13", "comment" -> "Power measuring device, like power meters ", "itemType" -> "String")),
        "S_HEATER" -> (newLinkedHashMap("value" -> "14", "comment" -> "Heater device ", "itemType" -> "String")),
        "S_DISTANCE" -> (newLinkedHashMap("value" -> "15", "comment" -> "Distance sensor ", "itemType" -> "String")),
        "S_LIGHT_LEVEL" -> (newLinkedHashMap("value" -> "16", "comment" -> "Light sensor ", "itemType" -> "String")),
        "S_ARDUINO_NODE" -> (newLinkedHashMap("value" -> "17", "comment" -> "Arduino node device ", "itemType" -> "String")),
        "S_ARDUINO_RELAY" -> (newLinkedHashMap("value" -> "18", "comment" -> "Arduino repeating node device ", "itemType" -> "String")),
        "S_LOCK" -> (newLinkedHashMap("value" -> "19", "comment" -> "Lock device ", "itemType" -> "String")),
        "S_IR" -> (newLinkedHashMap("value" -> "20", "comment" -> "Ir sender/receiver device ", "itemType" -> "String")),
        "S_WATER" -> (newLinkedHashMap("value" -> "21", "comment" -> "Water meter ", "itemType" -> "String")),
        "S_AIR_QUALITY" -> (newLinkedHashMap("value" -> "22", "comment" -> "Air quality sensor e.g. MQ-2 ", "itemType" -> "String")),
        "S_CUSTOM" -> (newLinkedHashMap("value" -> "23", "comment" -> "Use this for custom sensors where no other fits. ", "itemType" -> "String")),
        "S_DUST" -> (newLinkedHashMap("value" -> "24", "comment" -> "Dust level sensor ", "itemType" -> "String")),
        "S_SCENE_CONTROLLER" -> (newLinkedHashMap("value" -> "25", "comment" -> "Scene controller device ", "itemType" -> "String"))
)

var HashMap<Integer, LinkedHashMap<String, String>> presentationValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "S_DOOR", "comment" -> "Door and window sensors ", "itemType" -> "String")),
        1 -> (newLinkedHashMap("type" -> "S_MOTION", "comment" -> "Motion sensors ", "itemType" -> "String")),
        2 -> (newLinkedHashMap("type" -> "S_SMOKE", "comment" -> "Smoke sensor ", "itemType" -> "String")),
        3 -> (newLinkedHashMap("type" -> "S_LIGHT", "comment" -> "Light Actuator (on/off) ", "itemType" -> "String")),
        4 -> (newLinkedHashMap("type" -> "S_DIMMER", "comment" -> "Dimmable device of some kind ", "itemType" -> "String")),
        5 -> (newLinkedHashMap("type" -> "S_COVER", "comment" -> "Window covers or shades ", "itemType" -> "String")),
        6 -> (newLinkedHashMap("type" -> "S_TEMP", "comment" -> "Temperature sensor ", "itemType" -> "String")),
        7 -> (newLinkedHashMap("type" -> "S_HUM", "comment" -> "Humidity sensor ", "itemType" -> "String")),
        8 -> (newLinkedHashMap("type" -> "S_BARO", "comment" -> "Barometer sensor (Pressure) ", "itemType" -> "String")),
        9 -> (newLinkedHashMap("type" -> "S_WIND", "comment" -> "Wind sensor ", "itemType" -> "String")),
        10 -> (newLinkedHashMap("type" -> "S_RAIN", "comment" -> "Rain sensor ", "itemType" -> "String")),
        11 -> (newLinkedHashMap("type" -> "S_UV", "comment" -> "UV sensor ", "itemType" -> "String")),
        12 -> (newLinkedHashMap("type" -> "S_WEIGHT", "comment" -> "Weight sensor for scales etc. ", "itemType" -> "String")),
        13 -> (newLinkedHashMap("type" -> "S_POWER", "comment" -> "Power measuring device, like power meters ", "itemType" -> "String")),
        14 -> (newLinkedHashMap("type" -> "S_HEATER", "comment" -> "Heater device ", "itemType" -> "String")),
        15 -> (newLinkedHashMap("type" -> "S_DISTANCE", "comment" -> "Distance sensor ", "itemType" -> "String")),
        16 -> (newLinkedHashMap("type" -> "S_LIGHT_LEVEL", "comment" -> "Light sensor ", "itemType" -> "String")),
        17 -> (newLinkedHashMap("type" -> "S_ARDUINO_NODE", "comment" -> "Arduino node device ", "itemType" -> "String")),
        18 -> (newLinkedHashMap("type" -> "S_ARDUINO_RELAY", "comment" -> "Arduino repeating node device ", "itemType" -> "String")),
        19 -> (newLinkedHashMap("type" -> "S_LOCK", "comment" -> "Lock device ", "itemType" -> "String")),
        20 -> (newLinkedHashMap("type" -> "S_IR", "comment" -> "Ir sender/receiver device ", "itemType" -> "String")),
        21 -> (newLinkedHashMap("type" -> "S_WATER", "comment" -> "Water meter ", "itemType" -> "String")),
        22 -> (newLinkedHashMap("type" -> "S_AIR_QUALITY", "comment" -> "Air quality sensor e.g. MQ-2 ", "itemType" -> "String")),
        23 -> (newLinkedHashMap("type" -> "S_CUSTOM", "comment" -> "Use this for custom sensors where no other fits. ", "itemType" -> "String")),
        24 -> (newLinkedHashMap("type" -> "S_DUST", "comment" -> "Dust level sensor ", "itemType" -> "String")),
        25 -> (newLinkedHashMap("type" -> "S_SCENE_CONTROLLER", "comment" -> "Scene controller device ", "itemType" -> "String"))
)
// --------------------- set & req -----------------------------
//
var HashMap<String, LinkedHashMap<String, String>> setSubTypeToValue = newLinkedHashMap(
"V_TEMP" -> (newLinkedHashMap("value" -> "0", "comment" -> "Temperature ", "itemType" -> "Number")),
        "V_HUM" -> (newLinkedHashMap("value" -> "1", "comment" -> "Humidity ", "itemType" -> "Number")),
        "V_LIGHT" -> (newLinkedHashMap("value" -> "2", "comment" -> "Light status. 0=off 1=on ", "itemType" -> "Switch")),
        "V_DIMMER" -> (newLinkedHashMap("value" -> "3", "comment" -> "Dimmer value. 0-100% ", "itemType" -> "Dimmer")),
        "V_PRESSURE" -> (newLinkedHashMap("value" -> "4", "comment" -> "Atmospheric Pressure ", "itemType" -> "Number")),
        "V_FORECAST" -> (newLinkedHashMap("value" -> "5", "comment" -> "Whether forecast. One of stable, sunny, cloudy, unstable, thunderstorm or unknown ", "itemType" -> "String")),
        "V_RAIN" -> (newLinkedHashMap("value" -> "6", "comment" -> "Amount of rain ", "itemType" -> "Number")),
        "V_RAINRATE" -> (newLinkedHashMap("value" -> "7", "comment" -> "Rate of rain ", "itemType" -> "Number")),
        "V_WIND" -> (newLinkedHashMap("value" -> "8", "comment" -> "Windspeed ", "itemType" -> "Number")),
        "V_GUST" -> (newLinkedHashMap("value" -> "9", "comment" -> "Gust ", "itemType" -> "Number")),
        "V_DIRECTION" -> (newLinkedHashMap("value" -> "10", "comment" -> "Wind direction ", "itemType" -> "Number")),
        "V_UV" -> (newLinkedHashMap("value" -> "11", "comment" -> "UV light level ", "itemType" -> "Number")),
        "V_WEIGHT" -> (newLinkedHashMap("value" -> "12", "comment" -> "Weight (for scales etc) ", "itemType" -> "Number")),
        "V_DISTANCE" -> (newLinkedHashMap("value" -> "13", "comment" -> "Distance ", "itemType" -> "Number")),
        "V_IMPEDANCE" -> (newLinkedHashMap("value" -> "14", "comment" -> "Impedance value ", "itemType" -> "Number")),
        "V_ARMED" -> (newLinkedHashMap("value" -> "15", "comment" -> "Armed status of a security sensor. 1=Armed, 0=Bypassed ", "itemType" -> "Switch")),
        "V_TRIPPED" -> (newLinkedHashMap("value" -> "16", "comment" -> "Tripped status of a security sensor. 1=Tripped, 0=Untripped ", "itemType" -> "String")),
        "V_WATT" -> (newLinkedHashMap("value" -> "17", "comment" -> "Watt value for power meters ", "itemType" -> "Number")),
        "V_KWH" -> (newLinkedHashMap("value" -> "18", "comment" -> "Accumulated number of KWH for a power meter ", "itemType" -> "Number")),
        "V_SCENE_ON" -> (newLinkedHashMap("value" -> "19", "comment" -> "Turn on a scene ", "itemType" -> "String")),
        "V_SCENE_OFF" -> (newLinkedHashMap("value" -> "20", "comment" -> "Turn of a scene ", "itemType" -> "String")),
        "V_HEATER" -> (newLinkedHashMap("value" -> "21", "comment" -> "Mode of header. One of Off, HeatOn, CoolOn, or AutoChangeOver ")),
        "V_HEATER_SW" -> (newLinkedHashMap("value" -> "22", "comment" -> "Heater switch power. 1=On, 0=Off ", "itemType" -> "Switch")),
        "V_LIGHT_LEVEL" -> (newLinkedHashMap("value" -> "23", "comment" -> "Light level. 0-100% ", "itemType" -> "Number")),
        "V_VAR1" -> (newLinkedHashMap("value" -> "24", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR2" -> (newLinkedHashMap("value" -> "25", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR3" -> (newLinkedHashMap("value" -> "26", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR4" -> (newLinkedHashMap("value" -> "27", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR5" -> (newLinkedHashMap("value" -> "28", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_UP" -> (newLinkedHashMap("value" -> "29", "comment" -> "Window covering. Up. ", "itemType" -> "String")),
        "V_DOWN" -> (newLinkedHashMap("value" -> "30", "comment" -> "Window covering. Down. ", "itemType" -> "String")),
        "V_STOP" -> (newLinkedHashMap("value" -> "31", "comment" -> "Window covering. Stop. ", "itemType" -> "String")),
        "V_IR_SEND" -> (newLinkedHashMap("value" -> "32", "comment" -> "Send out an IR-command ", "itemType" -> "String")),
        "V_IR_RECEIVE" -> (newLinkedHashMap("value" -> "33", "comment" -> "This message contains a received IR-command ", "itemType" -> "Number")),
        "V_FLOW" -> (newLinkedHashMap("value" -> "34", "comment" -> "Flow of water (in meter) ", "itemType" -> "Number")),
        "V_VOLUME" -> (newLinkedHashMap("value" -> "35", "comment" -> "Water volume ", "itemType" -> "Number")),
        "V_LOCK_STATUS" -> (newLinkedHashMap("value" -> "36", "comment" -> "Set or get lock status. 1=Locked, 0=Unlocked ", "itemType" -> "Switch")),
        "V_DUST_LEVEL" -> (newLinkedHashMap("value" -> "37", "comment" -> "Dust level ", "itemType" -> "Number")),
        "V_VOLTAGE" -> (newLinkedHashMap("value" -> "38", "comment" -> "Voltage level ", "itemType" -> "Number")),
        "V_CURRENT" -> (newLinkedHashMap("value" -> "39", "comment" -> "Current level ", "itemType" -> "Number"))
)

var HashMap<Integer, LinkedHashMap<String, String>> setValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "V_TEMP", "comment" -> "Temperature ", "itemType" -> "Number")),
        1 -> (newLinkedHashMap("type" -> "V_HUM", "comment" -> "Humidity ", "itemType" -> "Number")),
        2 -> (newLinkedHashMap("type" -> "V_LIGHT", "comment" -> "Light status. 0=off 1=on ", "itemType" -> "Switch")),
        3 -> (newLinkedHashMap("type" -> "V_DIMMER", "comment" -> "Dimmer value. 0-100% ", "itemType" -> "Dimmer")),
        4 -> (newLinkedHashMap("type" -> "V_PRESSURE", "comment" -> "Atmospheric Pressure ", "itemType" -> "Number")),
        5 -> (newLinkedHashMap("type" -> "V_FORECAST", "comment" -> "Whether forecast. One of stable, sunny, cloudy, unstable, thunderstorm or unknown ", "itemType" -> "String")),
        6 -> (newLinkedHashMap("type" -> "V_RAIN", "comment" -> "Amount of rain ", "itemType" -> "Number")),
        7 -> (newLinkedHashMap("type" -> "V_RAINRATE", "comment" -> "Rate of rain ", "itemType" -> "Number")),
        8 -> (newLinkedHashMap("type" -> "V_WIND", "comment" -> "Windspeed ", "itemType" -> "Number")),
        9 -> (newLinkedHashMap("type" -> "V_GUST", "comment" -> "Gust ", "itemType" -> "Number")),
        10 -> (newLinkedHashMap("type" -> "V_DIRECTION", "comment" -> "Wind direction ", "itemType" -> "String")),
        11 -> (newLinkedHashMap("type" -> "V_UV", "comment" -> "UV light level ", "itemType" -> "Number")),
        12 -> (newLinkedHashMap("type" -> "V_WEIGHT", "comment" -> "Weight (for scales etc) ", "itemType" -> "Number")),
        13 -> (newLinkedHashMap("type" -> "V_DISTANCE", "comment" -> "Distance ", "itemType" -> "Number")),
        14 -> (newLinkedHashMap("type" -> "V_IMPEDANCE", "comment" -> "Impedance value ", "itemType" -> "Number")),
        15 -> (newLinkedHashMap("type" -> "V_ARMED", "comment" -> "Armed status of a security sensor. 1=Armed, 0=Bypassed ", "itemType" -> "Switch")),
        16 -> (newLinkedHashMap("type" -> "V_TRIPPED", "comment" -> "Tripped status of a security sensor. 1=Tripped, 0=Untripped ", "itemType" -> "String")),
        17 -> (newLinkedHashMap("type" -> "V_WATT", "comment" -> "Watt value for power meters ", "itemType" -> "Number")),
        18 -> (newLinkedHashMap("type" -> "V_KWH", "comment" -> "Accumulated number of KWH for a power meter ", "itemType" -> "Number")),
        19 -> (newLinkedHashMap("type" -> "V_SCENE_ON", "comment" -> "Turn on a scene ", "itemType" -> "String")),
        20 -> (newLinkedHashMap("type" -> "V_SCENE_OFF", "comment" -> "Turn of a scene ", "itemType" -> "String")),
        21 -> (newLinkedHashMap("type" -> "V_HEATER", "comment" -> "Mode of header. One of Off, HeatOn, CoolOn, or AutoChangeOver ", "itemType" -> "String")),
        22 -> (newLinkedHashMap("type" -> "V_HEATER_SW", "comment" -> "Heater switch power. 1=On, 0=Off ", "itemType" -> "Switch")),
        23 -> (newLinkedHashMap("type" -> "V_LIGHT_LEVEL", "comment" -> "Light level. 0-100% ", "itemType" -> "Number")),
        24 -> (newLinkedHashMap("type" -> "V_VAR1", "comment" -> "Custom value ", "itemType" -> "String")),
        25 -> (newLinkedHashMap("type" -> "V_VAR2", "comment" -> "Custom value ", "itemType" -> "String")),
        26 -> (newLinkedHashMap("type" -> "V_VAR3", "comment" -> "Custom value ", "itemType" -> "String")),
        27 -> (newLinkedHashMap("type" -> "V_VAR4", "comment" -> "Custom value ", "itemType" -> "String")),
        28 -> (newLinkedHashMap("type" -> "V_VAR5", "comment" -> "Custom value ", "itemType" -> "String")),
        29 -> (newLinkedHashMap("type" -> "V_UP", "comment" -> "Window covering. Up. ", "itemType" -> "String")),
        30 -> (newLinkedHashMap("type" -> "V_DOWN", "comment" -> "Window covering. Down. ", "itemType" -> "String")),
        31 -> (newLinkedHashMap("type" -> "V_STOP", "comment" -> "Window covering. Stop. ", "itemType" -> "String")),
        32 -> (newLinkedHashMap("type" -> "V_IR_SEND", "comment" -> "Send out an IR-command ", "itemType" -> "String")),
        33 -> (newLinkedHashMap("type" -> "V_IR_RECEIVE", "comment" -> "This message contains a received IR-command ", "itemType" -> "String")),
        34 -> (newLinkedHashMap("type" -> "V_FLOW", "comment" -> "Flow of water (in meter) ", "itemType" -> "Number")),
        35 -> (newLinkedHashMap("type" -> "V_VOLUME", "comment" -> "Water volume ", "itemType" -> "Number")),
        36 -> (newLinkedHashMap("type" -> "V_LOCK_STATUS", "comment" -> "Set or get lock status. 1=Locked, 0=Unlocked ", "itemType" -> "Switch")),
        37 -> (newLinkedHashMap("type" -> "V_DUST_LEVEL", "comment" -> "Dust level ", "itemType" -> "Number")),
        38 -> (newLinkedHashMap("type" -> "V_VOLTAGE", "comment" -> "Voltage level ", "itemType" -> "Number")),
        39 -> (newLinkedHashMap("type" -> "V_CURRENT", "comment" -> "Current level ", "itemType" -> "Number"))
)
// Internal Commands
// Internal Commands
var HashMap<String, LinkedHashMap<String, String>> internalSubTypeToValue = newLinkedHashMap(
        "I_BATTERY_LEVEL" -> (newLinkedHashMap("value" -> "0", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),
        "I_TIME" -> (newLinkedHashMap("value" -> "1", "comment" -> "Sensors can request the current time from the Controller using this message. The time will be reported as the seconds since 1970 ")),
        "I_VERSION" -> (newLinkedHashMap("value" -> "2", "comment" -> "Sensors report their library version at startup using this message type ", "itemType" -> "String")),
        "I_ID_REQUEST" -> (newLinkedHashMap("value" -> "3", "comment" -> "Use this to request a unique node id from the controller. ", "itemType" -> "String")),
        "I_ID_RESPONSE" -> (newLinkedHashMap("value" -> "4", "comment" -> "Id response back to sensor. Payload contains sensor id. ", "itemType" -> "String")),
        "I_INCLUSION_MODE" -> (newLinkedHashMap("value" -> "5", "comment" -> "Start/stop inclusion mode of the Controller (1=start, 0=stop). ", "itemType" -> "String")),
        "I_CONFIG" -> (newLinkedHashMap("value" -> "6", "comment" -> "Config request from node. Reply with (M)etric or (I)mperal back to sensor. ", "itemType" -> "String")),
        "I_FIND_PARENT" -> (newLinkedHashMap("value" -> "7", "comment" -> "When a sensor starts up, it broadcast a search request to all neighbor nodes. They reply with a I_FIND_PARENT_RESPONSE. ", "itemType" -> "String")),
        "I_FIND_PARENT_RESPONSE" -> (newLinkedHashMap("value" -> "8", "comment" -> "Reply message type to I_FIND_PARENT request. ", "itemType" -> "String")),
        "I_LOG_MESSAGE" -> (newLinkedHashMap("value" -> "9", "comment" -> "Sent by the gateway to the Controller to trace-log a message ", "itemType" -> "String")),
        "I_CHILDREN" -> (newLinkedHashMap("value" -> "10", "comment" -> "A message that can be used to transfer child sensors (from EEPROM routing table) of a repeating node. ", "itemType" -> "String")),
        "I_SKETCH_NAME" -> (newLinkedHashMap("value" -> "11", "comment" -> "Optional sketch name that can be used to identify sensor in the Controller GUI ", "itemType" -> "String")),
        "I_SKETCH_VERSION" -> (newLinkedHashMap("value" -> "12", "comment" -> "Optional sketch version that can be reported to keep track of the version of sensor in the Controller GUI. ", "itemType" -> "String")),
        "I_REBOOT" -> (newLinkedHashMap("value" -> "13", "comment" -> "Used by OTA firmware updates. Request for node to reboot. ", "itemType" -> "String")),
        "I_GATEWAY_READY" -> (newLinkedHashMap("value" -> "14", "comment" -> "Send by gateway to controller when startup is complete. ", "itemType" -> "String"))
)
var HashMap<Integer, LinkedHashMap<String, String>> internalValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "I_BATTERY_LEVEL", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),
        1 -> (newLinkedHashMap("type" -> "I_TIME", "comment" -> "Sensors can request the current time from the Controller using this message. The time will be reported as the seconds since 1970 ", "itemType" -> "String")),
        2 -> (newLinkedHashMap("type" -> "I_VERSION", "comment" -> "Sensors report their library version at startup using this message type ", "itemType" -> "String")),
        3 -> (newLinkedHashMap("type" -> "I_ID_REQUEST", "comment" -> "Use this to request a unique node id from the controller. ", "itemType" -> "String")),
        4 -> (newLinkedHashMap("type" -> "I_ID_RESPONSE", "comment" -> "Id response back to sensor. Payload contains sensor id. ", "itemType" -> "String")),
        5 -> (newLinkedHashMap("type" -> "I_INCLUSION_MODE", "comment" -> "Start/stop inclusion mode of the Controller (1=start, 0=stop). ", "itemType" -> "String")),
        6 -> (newLinkedHashMap("type" -> "I_CONFIG", "comment" -> "Config request from node. Reply with (M)etric or (I)mperal back to sensor. ", "itemType" -> "String")),
        7 -> (newLinkedHashMap("type" -> "I_FIND_PARENT", "comment" -> "When a sensor starts up, it broadcast a search request to all neighbor nodes. They reply with a I_FIND_PARENT_RESPONSE. ", "itemType" -> "String")),
        8 -> (newLinkedHashMap("type" -> "I_FIND_PARENT_RESPONSE", "comment" -> "Reply message type to I_FIND_PARENT request. ", "itemType" -> "String")),
        9 -> (newLinkedHashMap("type" -> "I_LOG_MESSAGE", "comment" -> "Sent by the gateway to the Controller to trace-log a message ", "itemType" -> "String")),
        10 -> (newLinkedHashMap("type" -> "I_CHILDREN", "comment" -> "A message that can be used to transfer child sensors (from EEPROM routing table) of a repeating node. ", "itemType" -> "String")),
        11 -> (newLinkedHashMap("type" -> "I_SKETCH_NAME", "comment" -> "Optional sketch name that can be used to identify sensor in the Controller GUI ", "itemType" -> "String")),
        12 -> (newLinkedHashMap("type" -> "I_SKETCH_VERSION", "comment" -> "Optional sketch version that can be reported to keep track of the version of sensor in the Controller GUI. ", "itemType" -> "String")),
        13 -> (newLinkedHashMap("type" -> "I_REBOOT", "comment" -> "Used by OTA firmware updates. Request for node to reboot. ", "itemType" -> "String")),
        14 -> (newLinkedHashMap("type" -> "I_GATEWAY_READY", "comment" -> "Send by gateway to controller when startup is complete. ", "itemType" -> "String"))
)

// -------------------------------------- switch function ------------------------------------------------------
val org.eclipse.xtext.xbase.lib.Functions$Function3 switchOperationNew = [
        org.openhab.core.library.items.SwitchItem relayItem,
        org.openhab.core.library.items.StringItem arduinoItem,
        java.util.HashMap setSubTypeToValue|
        var Integer state = 0
//      V_LIGHT_10_4
        var String[] itemName = relayItem.getName().toString().split("_")
        var LinkedHashMap<String, String> typeMap = setSubTypeToValue.get(itemName.get(0)+"_"+itemName.get(1))
        if (relayItem.state == OFF) {
                state = 0
        }
        else {
                state = 1
        }
        println ("Function: switchOperationNew >> "+ itemName.get(2)+";"+itemName.get(3)+";1;1;" + typeMap.get("value") + ";" + state )
        arduinoItem.sendCommand(itemName.get(2)+";"+itemName.get(3)+";1;0;"+typeMap.get("value")+";" + state + "\n")
]
//dimmer
val org.eclipse.xtext.xbase.lib.Functions$Function4 dimmerOperationNew = [
        org.openhab.core.library.items.DimmerItem relayItem,
        org.openhab.core.library.items.StringItem arduinoItem,
        String receivedCommand,
        java.util.HashMap setSubTypeToValue|
        var Number percent = 0
        if(relayItem.state instanceof DecimalType) percent = relayItem.state as DecimalType
        if(receivedCommand==INCREASE) percent = percent + 5
        if(receivedCommand==DECREASE) percent = percent - 5
        if(receivedCommand==ON) percent = 100
        if(receivedCommand==OFF) percent = 0
        if(percent<0)   percent = 0
        if(percent>100) percent = 100

        var String[] itemName = relayItem.getName().toString().split("_")
        var LinkedHashMap<String, String> typeMap = setSubTypeToValue.get(itemName.get(0)+"_"+itemName.get(1))

        println ("Function: dimmerOperationNew >> "+ itemName.get(2)+";"+itemName.get(3)+";1;1;" + typeMap.get("value") + ";" +  percent)
        arduinoItem.sendCommand(itemName.get(2)+";"+itemName.get(3)+";1;0;"+typeMap.get("value")+";" + percent + "\n")
]
//receiving msg from mysensors gateway

rule "Arduino sends to Openhab"
        when
                Item Arduino received update
        then
                var String lineBuffer =  Arduino.state.toString.split("\n")
                for (String line : lineBuffer) {
                        if(!line.contains(";")) {continue}
                        var String[] message = line.split(";")
                        var Integer nodeId = new Integer(message.get(0))
                        var Integer childId = new Integer(message.get(1))
                        var Integer msgType = new Integer(message.get(2))
                        var Integer ack = new Integer(message.get(3))
                        var Integer subType = new Integer(message.get(4))
                        var String msg = message.get(5)
                        // if message type equals set

                        var Integer itemCreate = 0
                        var String command = ""
                        var LinkedHashMap<String, String>  valueMap
                        var String itemName
                        if(msgType == 1){
                                valueMap = setValueToSubType.get(subType)
                                itemName=valueMap.get("type") + "_" + nodeId + "_"+ childId
                                //itemsAll
                                itemsAll = all.getMembers().toString
                                if(!itemsAll.contains(itemName)){
                                        logInfo("FILE", "Set/Req message type: "+itemName + " not in group \"all\" so it doesn\'t exist in item file - value: "+msg)
                                        itemCreate = 1
                                        }
                                else {  
                                        if(valueMap.get("type").contains("V_LIGHT") && !valueMap.get("type").contains("V_LIGHT_LEVEL")){
                                                if(msg == "0" ){msg="OFF"} else {msg="ON"}
                                                }
                                        if(valueMap.get("type").contains("V_TRIPPED")){
                                                if(msg == "0"){msg="CLOSE"} else {msg="OPEN"}
                                                }
                                        logInfo ( "FILE", " Updated item " + itemName  + " value: " + msg )
                                        if(!itemsUnused.contains(itemName)){
                                                println("------------------------------------------------------")
                                                postUpdate(itemName,  msg)
                                                }
                                        }
                                }
                        // Internal Command
                        else if(msgType == 3){
                                valueMap = internalValueToSubType.get(subType)
                                itemName=valueMap.get("type") + "_" + nodeId + "_" + childId
                                if(!itemsAll.contains(itemName)){
                                        logInfo("FILE", "Internal message type: "+itemName + " not in group \"all\" so it doesn\'t exist in item file - value: "+msg)
                                        itemCreate = 1
                                        }
                                }
                        else if(msgType == 0){
                                valueMap = presentationValueToSubType.get(subType)
                                itemName=valueMap.get("type") + "_" + nodeId + "_" + childId
                                if(!itemsAll.contains(itemName)){
                                        logInfo("FILE", "Presentation message type: "+itemName + " not in group \"all\" so it doesn\'t exist in item file - value: "+msg)
                                        itemCreate = 1
                                        }
                                }

                        if(itemCreate == 1 && deviceDiscovery.contains("ON")){
                                var String itemName=valueMap.get("type") + "_" + nodeId + "_" + childId
                                var String itemType=valueMap.get("itemType")
                                var String itemComment=valueMap.get("comment")
                                var String group="(all, unconfigurated, unused)"
                                var String line=itemType+" "+itemName+" \""+itemComment+" - Example value: "+msg+"\" "+group+" "
                                command=OPENHAB_HOME+"/bin/addItem2.sh -f "+OPENHAB_CONF+"/items/"+SITE_NAME+".items -i "+itemName+" -l "+line.replaceAll(" ", "____")
                                executeCommandLine(command)
                                println(command)
                                itemCreate=0
                                }
                        }
                }
end
rule "V_LIGHT_10_4 Switch Rule"
        when
                Item V_LIGHT_10_4 changed
        then
                switchOperationNew.apply(V_LIGHT_10_4, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_0 Switch Rule"
        when
                Item V_LIGHT_10_0 changed
        then
                switchOperationNew.apply(V_LIGHT_10_0, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_1 Switch Rule"
        when
                Item V_LIGHT_10_1 changed
        then
                switchOperationNew.apply(V_LIGHT_10_1, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_2 Switch Rule"
        when
                Item V_LIGHT_10_2 changed
        then
                switchOperationNew.apply(V_LIGHT_10_2, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_3 Switch Rule"
        when
                Item V_LIGHT_10_3 changed
        then
                switchOperationNew.apply(V_LIGHT_10_3, Arduino, setSubTypeToValue)
end

rule "V_DIMMER_20_0 Switch Rule"
        when
                Item V_DIMMER_20_0 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_0, Arduino, receivedCommand, setSubTypeToValue)
        end
rule "V_DIMMER_20_1 Switch Rule"
        when
                Item V_DIMMER_20_1 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_1, Arduino, receivedCommand, setSubTypeToValue)
        end
rule "V_DIMMER_20_2 Switch Rule"
        when
                Item V_DIMMER_20_2 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_2, Arduino, receivedCommand, setSubTypeToValue)
        end
rule "V_DIMMER_20_3 Switch Rule"
        when
                Item V_DIMMER_20_3 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_3, Arduino, receivedCommand, setSubTypeToValue)
        end

Hi, all
I see there is a little misunderstanding. Item won't show automatically in sitemaps. The goal was to add discovered items to an sitemap.items file. After items are added to this file you can use them. You have to remove them from "unused" and "unconfigured " groups and add them to your site maps, your group etc. In rules I prepared two functions one for light and one for dimmer.

Hi, all
I see there is a little misunderstanding. Item won't show automatically in sitemaps. The goal was to add discovered items to an sitemap.items file. After items are added to this file you can use them. You have to remove them from "unused" and "unconfigured " groups and add them to your site maps, your group etc. In rules I prepared two functions one for light and one for dimmer.

@l154 said:

You didn't create group "all" -- The name 'all' cannot be resolved to an item or type. I wrote that every item, have to belongs to group "all" - lower case

Items are added to sitename.items file. After you add item to this file every 10s items is reloaded.
User can't give item name. Item name is generated type_nodeId_sensorId, but you can change item description in item file and this desc will be shown as a name.
I needed auto discovery because i'm testing new sensors and this is easier to modify name than create it and modify items file and rules file.

• test.rules

import org.joda.time.*
import org.openhab.core.library.types.*
import org.openhab.core.library.types.PercentType
import org.openhab.core.library.items.SwitchItem
import org.openhab.model.script.actions.*
import org.openhab.model.script.actions.Timer
import java.util.HashMap
import java.util.LinkedHashMap
import java.util.ArrayList
import java.util.Map
import java.util.concurrent.locks.Lock
import java.util.concurrent.locks.ReentrantLock
var Lock lock = new ReentrantLock()
var String ArduinoUpdate = ""
var String sketchName = ""
var Timer timer
/* Difference between val and var
* val variable can be declareted only once, var more than once
*/
// AllItems contains information about all items from file *.item
var String itemsAll = all.getMembers().toString
var String itemsUnconfigured = unconfigured.getMembers().toString
var String itemsUnused = unused.getMembers().toString
var String deviceDiscovery = "ON"
// ----------- Openhab configuration ---------------------
var String OPENHAB_HOME = "/opt/openhab"
var String OPENHAB_CONF = "/opt/openhab/configurations"
var String SITE_NAME = "test"
/*
*Requirements:
*       Each Item belongs to group "all"
*       Devices that we don't use are in group "unused"
*       Each discovered device will be added to groups "all", "unconfigured", "unused"
*       we can configure any discovered device using HABmin
*       For adding new item to file *.item we use perl/bash script
*       Detailed information about discovered device on single node are in SITEMAP_mysensors_nodeId.html location OPENHAB_WEBAPPS ---- not implemented yet
*/
// Presentation

var HashMap<String, LinkedHashMap<String, String>> presentationSubTypeToValue = newLinkedHashMap(
        "S_DOOR" -> (newLinkedHashMap("value" -> "0", "comment" -> "Door and window sensors ", "itemType" -> "String")),
        "S_MOTION" -> (newLinkedHashMap("value" -> "1", "comment" -> "Motion sensors ", "itemType" -> "String")),
        "S_SMOKE" -> (newLinkedHashMap("value" -> "2", "comment" -> "Smoke sensor ", "itemType" -> "String")),
        "S_LIGHT" -> (newLinkedHashMap("value" -> "3", "comment" -> "Light Actuator (on/off) ", "itemType" -> "String")),
        "S_DIMMER" -> (newLinkedHashMap("value" -> "4", "comment" -> "Dimmable device of some kind ", "itemType" -> "String")),
        "S_COVER" -> (newLinkedHashMap("value" -> "5", "comment" -> "Window covers or shades ", "itemType" -> "String")),
        "S_TEMP" -> (newLinkedHashMap("value" -> "6", "comment" -> "Temperature sensor ", "itemType" -> "String")),
        "S_HUM" -> (newLinkedHashMap("value" -> "7", "comment" -> "Humidity sensor ", "itemType" -> "String")),
        "S_BARO" -> (newLinkedHashMap("value" -> "8", "comment" -> "Barometer sensor (Pressure) ", "itemType" -> "String")),
        "S_WIND" -> (newLinkedHashMap("value" -> "9", "comment" -> "Wind sensor ", "itemType" -> "String")),
        "S_RAIN" -> (newLinkedHashMap("value" -> "10", "comment" -> "Rain sensor ", "itemType" -> "String")),
        "S_UV" -> (newLinkedHashMap("value" -> "11", "comment" -> "UV sensor ", "itemType" -> "String")),
        "S_WEIGHT" -> (newLinkedHashMap("value" -> "12", "comment" -> "Weight sensor for scales etc. ", "itemType" -> "String")),
        "S_POWER" -> (newLinkedHashMap("value" -> "13", "comment" -> "Power measuring device, like power meters ", "itemType" -> "String")),
        "S_HEATER" -> (newLinkedHashMap("value" -> "14", "comment" -> "Heater device ", "itemType" -> "String")),
        "S_DISTANCE" -> (newLinkedHashMap("value" -> "15", "comment" -> "Distance sensor ", "itemType" -> "String")),
        "S_LIGHT_LEVEL" -> (newLinkedHashMap("value" -> "16", "comment" -> "Light sensor ", "itemType" -> "String")),
        "S_ARDUINO_NODE" -> (newLinkedHashMap("value" -> "17", "comment" -> "Arduino node device ", "itemType" -> "String")),
        "S_ARDUINO_RELAY" -> (newLinkedHashMap("value" -> "18", "comment" -> "Arduino repeating node device ", "itemType" -> "String")),
        "S_LOCK" -> (newLinkedHashMap("value" -> "19", "comment" -> "Lock device ", "itemType" -> "String")),
        "S_IR" -> (newLinkedHashMap("value" -> "20", "comment" -> "Ir sender/receiver device ", "itemType" -> "String")),
        "S_WATER" -> (newLinkedHashMap("value" -> "21", "comment" -> "Water meter ", "itemType" -> "String")),
        "S_AIR_QUALITY" -> (newLinkedHashMap("value" -> "22", "comment" -> "Air quality sensor e.g. MQ-2 ", "itemType" -> "String")),
        "S_CUSTOM" -> (newLinkedHashMap("value" -> "23", "comment" -> "Use this for custom sensors where no other fits. ", "itemType" -> "String")),
        "S_DUST" -> (newLinkedHashMap("value" -> "24", "comment" -> "Dust level sensor ", "itemType" -> "String")),
        "S_SCENE_CONTROLLER" -> (newLinkedHashMap("value" -> "25", "comment" -> "Scene controller device ", "itemType" -> "String"))
)

var HashMap<Integer, LinkedHashMap<String, String>> presentationValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "S_DOOR", "comment" -> "Door and window sensors ", "itemType" -> "String")),
        1 -> (newLinkedHashMap("type" -> "S_MOTION", "comment" -> "Motion sensors ", "itemType" -> "String")),
        2 -> (newLinkedHashMap("type" -> "S_SMOKE", "comment" -> "Smoke sensor ", "itemType" -> "String")),
        3 -> (newLinkedHashMap("type" -> "S_LIGHT", "comment" -> "Light Actuator (on/off) ", "itemType" -> "String")),
        4 -> (newLinkedHashMap("type" -> "S_DIMMER", "comment" -> "Dimmable device of some kind ", "itemType" -> "String")),
        5 -> (newLinkedHashMap("type" -> "S_COVER", "comment" -> "Window covers or shades ", "itemType" -> "String")),
        6 -> (newLinkedHashMap("type" -> "S_TEMP", "comment" -> "Temperature sensor ", "itemType" -> "String")),
        7 -> (newLinkedHashMap("type" -> "S_HUM", "comment" -> "Humidity sensor ", "itemType" -> "String")),
        8 -> (newLinkedHashMap("type" -> "S_BARO", "comment" -> "Barometer sensor (Pressure) ", "itemType" -> "String")),
        9 -> (newLinkedHashMap("type" -> "S_WIND", "comment" -> "Wind sensor ", "itemType" -> "String")),
        10 -> (newLinkedHashMap("type" -> "S_RAIN", "comment" -> "Rain sensor ", "itemType" -> "String")),
        11 -> (newLinkedHashMap("type" -> "S_UV", "comment" -> "UV sensor ", "itemType" -> "String")),
        12 -> (newLinkedHashMap("type" -> "S_WEIGHT", "comment" -> "Weight sensor for scales etc. ", "itemType" -> "String")),
        13 -> (newLinkedHashMap("type" -> "S_POWER", "comment" -> "Power measuring device, like power meters ", "itemType" -> "String")),
        14 -> (newLinkedHashMap("type" -> "S_HEATER", "comment" -> "Heater device ", "itemType" -> "String")),
        15 -> (newLinkedHashMap("type" -> "S_DISTANCE", "comment" -> "Distance sensor ", "itemType" -> "String")),
        16 -> (newLinkedHashMap("type" -> "S_LIGHT_LEVEL", "comment" -> "Light sensor ", "itemType" -> "String")),
        17 -> (newLinkedHashMap("type" -> "S_ARDUINO_NODE", "comment" -> "Arduino node device ", "itemType" -> "String")),
        18 -> (newLinkedHashMap("type" -> "S_ARDUINO_RELAY", "comment" -> "Arduino repeating node device ", "itemType" -> "String")),
        19 -> (newLinkedHashMap("type" -> "S_LOCK", "comment" -> "Lock device ", "itemType" -> "String")),
        20 -> (newLinkedHashMap("type" -> "S_IR", "comment" -> "Ir sender/receiver device ", "itemType" -> "String")),
        21 -> (newLinkedHashMap("type" -> "S_WATER", "comment" -> "Water meter ", "itemType" -> "String")),
        22 -> (newLinkedHashMap("type" -> "S_AIR_QUALITY", "comment" -> "Air quality sensor e.g. MQ-2 ", "itemType" -> "String")),
        23 -> (newLinkedHashMap("type" -> "S_CUSTOM", "comment" -> "Use this for custom sensors where no other fits. ", "itemType" -> "String")),
        24 -> (newLinkedHashMap("type" -> "S_DUST", "comment" -> "Dust level sensor ", "itemType" -> "String")),
        25 -> (newLinkedHashMap("type" -> "S_SCENE_CONTROLLER", "comment" -> "Scene controller device ", "itemType" -> "String"))
)
// --------------------- set & req -----------------------------
//
var HashMap<String, LinkedHashMap<String, String>> setSubTypeToValue = newLinkedHashMap(
"V_TEMP" -> (newLinkedHashMap("value" -> "0", "comment" -> "Temperature ", "itemType" -> "Number")),
        "V_HUM" -> (newLinkedHashMap("value" -> "1", "comment" -> "Humidity ", "itemType" -> "Number")),
        "V_LIGHT" -> (newLinkedHashMap("value" -> "2", "comment" -> "Light status. 0=off 1=on ", "itemType" -> "Switch")),
        "V_DIMMER" -> (newLinkedHashMap("value" -> "3", "comment" -> "Dimmer value. 0-100% ", "itemType" -> "Dimmer")),
        "V_PRESSURE" -> (newLinkedHashMap("value" -> "4", "comment" -> "Atmospheric Pressure ", "itemType" -> "Number")),
        "V_FORECAST" -> (newLinkedHashMap("value" -> "5", "comment" -> "Whether forecast. One of stable, sunny, cloudy, unstable, thunderstorm or unknown ", "itemType" -> "String")),
        "V_RAIN" -> (newLinkedHashMap("value" -> "6", "comment" -> "Amount of rain ", "itemType" -> "Number")),
        "V_RAINRATE" -> (newLinkedHashMap("value" -> "7", "comment" -> "Rate of rain ", "itemType" -> "Number")),
        "V_WIND" -> (newLinkedHashMap("value" -> "8", "comment" -> "Windspeed ", "itemType" -> "Number")),
        "V_GUST" -> (newLinkedHashMap("value" -> "9", "comment" -> "Gust ", "itemType" -> "Number")),
        "V_DIRECTION" -> (newLinkedHashMap("value" -> "10", "comment" -> "Wind direction ", "itemType" -> "Number")),
        "V_UV" -> (newLinkedHashMap("value" -> "11", "comment" -> "UV light level ", "itemType" -> "Number")),
        "V_WEIGHT" -> (newLinkedHashMap("value" -> "12", "comment" -> "Weight (for scales etc) ", "itemType" -> "Number")),
        "V_DISTANCE" -> (newLinkedHashMap("value" -> "13", "comment" -> "Distance ", "itemType" -> "Number")),
        "V_IMPEDANCE" -> (newLinkedHashMap("value" -> "14", "comment" -> "Impedance value ", "itemType" -> "Number")),
        "V_ARMED" -> (newLinkedHashMap("value" -> "15", "comment" -> "Armed status of a security sensor. 1=Armed, 0=Bypassed ", "itemType" -> "Switch")),
        "V_TRIPPED" -> (newLinkedHashMap("value" -> "16", "comment" -> "Tripped status of a security sensor. 1=Tripped, 0=Untripped ", "itemType" -> "String")),
        "V_WATT" -> (newLinkedHashMap("value" -> "17", "comment" -> "Watt value for power meters ", "itemType" -> "Number")),
        "V_KWH" -> (newLinkedHashMap("value" -> "18", "comment" -> "Accumulated number of KWH for a power meter ", "itemType" -> "Number")),
        "V_SCENE_ON" -> (newLinkedHashMap("value" -> "19", "comment" -> "Turn on a scene ", "itemType" -> "String")),
        "V_SCENE_OFF" -> (newLinkedHashMap("value" -> "20", "comment" -> "Turn of a scene ", "itemType" -> "String")),
        "V_HEATER" -> (newLinkedHashMap("value" -> "21", "comment" -> "Mode of header. One of Off, HeatOn, CoolOn, or AutoChangeOver ")),
        "V_HEATER_SW" -> (newLinkedHashMap("value" -> "22", "comment" -> "Heater switch power. 1=On, 0=Off ", "itemType" -> "Switch")),
        "V_LIGHT_LEVEL" -> (newLinkedHashMap("value" -> "23", "comment" -> "Light level. 0-100% ", "itemType" -> "Number")),
        "V_VAR1" -> (newLinkedHashMap("value" -> "24", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR2" -> (newLinkedHashMap("value" -> "25", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR3" -> (newLinkedHashMap("value" -> "26", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR4" -> (newLinkedHashMap("value" -> "27", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_VAR5" -> (newLinkedHashMap("value" -> "28", "comment" -> "Custom value ", "itemType" -> "String")),
        "V_UP" -> (newLinkedHashMap("value" -> "29", "comment" -> "Window covering. Up. ", "itemType" -> "String")),
        "V_DOWN" -> (newLinkedHashMap("value" -> "30", "comment" -> "Window covering. Down. ", "itemType" -> "String")),
        "V_STOP" -> (newLinkedHashMap("value" -> "31", "comment" -> "Window covering. Stop. ", "itemType" -> "String")),
        "V_IR_SEND" -> (newLinkedHashMap("value" -> "32", "comment" -> "Send out an IR-command ", "itemType" -> "String")),
        "V_IR_RECEIVE" -> (newLinkedHashMap("value" -> "33", "comment" -> "This message contains a received IR-command ", "itemType" -> "Number")),
        "V_FLOW" -> (newLinkedHashMap("value" -> "34", "comment" -> "Flow of water (in meter) ", "itemType" -> "Number")),
        "V_VOLUME" -> (newLinkedHashMap("value" -> "35", "comment" -> "Water volume ", "itemType" -> "Number")),
        "V_LOCK_STATUS" -> (newLinkedHashMap("value" -> "36", "comment" -> "Set or get lock status. 1=Locked, 0=Unlocked ", "itemType" -> "Switch")),
        "V_DUST_LEVEL" -> (newLinkedHashMap("value" -> "37", "comment" -> "Dust level ", "itemType" -> "Number")),
        "V_VOLTAGE" -> (newLinkedHashMap("value" -> "38", "comment" -> "Voltage level ", "itemType" -> "Number")),
        "V_CURRENT" -> (newLinkedHashMap("value" -> "39", "comment" -> "Current level ", "itemType" -> "Number"))
)

var HashMap<Integer, LinkedHashMap<String, String>> setValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "V_TEMP", "comment" -> "Temperature ", "itemType" -> "Number")),
        1 -> (newLinkedHashMap("type" -> "V_HUM", "comment" -> "Humidity ", "itemType" -> "Number")),
        2 -> (newLinkedHashMap("type" -> "V_LIGHT", "comment" -> "Light status. 0=off 1=on ", "itemType" -> "Switch")),
        3 -> (newLinkedHashMap("type" -> "V_DIMMER", "comment" -> "Dimmer value. 0-100% ", "itemType" -> "Dimmer")),
        4 -> (newLinkedHashMap("type" -> "V_PRESSURE", "comment" -> "Atmospheric Pressure ", "itemType" -> "Number")),
        5 -> (newLinkedHashMap("type" -> "V_FORECAST", "comment" -> "Whether forecast. One of stable, sunny, cloudy, unstable, thunderstorm or unknown ", "itemType" -> "String")),
        6 -> (newLinkedHashMap("type" -> "V_RAIN", "comment" -> "Amount of rain ", "itemType" -> "Number")),
        7 -> (newLinkedHashMap("type" -> "V_RAINRATE", "comment" -> "Rate of rain ", "itemType" -> "Number")),
        8 -> (newLinkedHashMap("type" -> "V_WIND", "comment" -> "Windspeed ", "itemType" -> "Number")),
        9 -> (newLinkedHashMap("type" -> "V_GUST", "comment" -> "Gust ", "itemType" -> "Number")),
        10 -> (newLinkedHashMap("type" -> "V_DIRECTION", "comment" -> "Wind direction ", "itemType" -> "String")),
        11 -> (newLinkedHashMap("type" -> "V_UV", "comment" -> "UV light level ", "itemType" -> "Number")),
        12 -> (newLinkedHashMap("type" -> "V_WEIGHT", "comment" -> "Weight (for scales etc) ", "itemType" -> "Number")),
        13 -> (newLinkedHashMap("type" -> "V_DISTANCE", "comment" -> "Distance ", "itemType" -> "Number")),
        14 -> (newLinkedHashMap("type" -> "V_IMPEDANCE", "comment" -> "Impedance value ", "itemType" -> "Number")),
        15 -> (newLinkedHashMap("type" -> "V_ARMED", "comment" -> "Armed status of a security sensor. 1=Armed, 0=Bypassed ", "itemType" -> "Switch")),
        16 -> (newLinkedHashMap("type" -> "V_TRIPPED", "comment" -> "Tripped status of a security sensor. 1=Tripped, 0=Untripped ", "itemType" -> "String")),
        17 -> (newLinkedHashMap("type" -> "V_WATT", "comment" -> "Watt value for power meters ", "itemType" -> "Number")),
        18 -> (newLinkedHashMap("type" -> "V_KWH", "comment" -> "Accumulated number of KWH for a power meter ", "itemType" -> "Number")),
        19 -> (newLinkedHashMap("type" -> "V_SCENE_ON", "comment" -> "Turn on a scene ", "itemType" -> "String")),
        20 -> (newLinkedHashMap("type" -> "V_SCENE_OFF", "comment" -> "Turn of a scene ", "itemType" -> "String")),
        21 -> (newLinkedHashMap("type" -> "V_HEATER", "comment" -> "Mode of header. One of Off, HeatOn, CoolOn, or AutoChangeOver ", "itemType" -> "String")),
        22 -> (newLinkedHashMap("type" -> "V_HEATER_SW", "comment" -> "Heater switch power. 1=On, 0=Off ", "itemType" -> "Switch")),
        23 -> (newLinkedHashMap("type" -> "V_LIGHT_LEVEL", "comment" -> "Light level. 0-100% ", "itemType" -> "Number")),
        24 -> (newLinkedHashMap("type" -> "V_VAR1", "comment" -> "Custom value ", "itemType" -> "String")),
        25 -> (newLinkedHashMap("type" -> "V_VAR2", "comment" -> "Custom value ", "itemType" -> "String")),
        26 -> (newLinkedHashMap("type" -> "V_VAR3", "comment" -> "Custom value ", "itemType" -> "String")),
        27 -> (newLinkedHashMap("type" -> "V_VAR4", "comment" -> "Custom value ", "itemType" -> "String")),
        28 -> (newLinkedHashMap("type" -> "V_VAR5", "comment" -> "Custom value ", "itemType" -> "String")),
        29 -> (newLinkedHashMap("type" -> "V_UP", "comment" -> "Window covering. Up. ", "itemType" -> "String")),
        30 -> (newLinkedHashMap("type" -> "V_DOWN", "comment" -> "Window covering. Down. ", "itemType" -> "String")),
        31 -> (newLinkedHashMap("type" -> "V_STOP", "comment" -> "Window covering. Stop. ", "itemType" -> "String")),
        32 -> (newLinkedHashMap("type" -> "V_IR_SEND", "comment" -> "Send out an IR-command ", "itemType" -> "String")),
        33 -> (newLinkedHashMap("type" -> "V_IR_RECEIVE", "comment" -> "This message contains a received IR-command ", "itemType" -> "String")),
        34 -> (newLinkedHashMap("type" -> "V_FLOW", "comment" -> "Flow of water (in meter) ", "itemType" -> "Number")),
        35 -> (newLinkedHashMap("type" -> "V_VOLUME", "comment" -> "Water volume ", "itemType" -> "Number")),
        36 -> (newLinkedHashMap("type" -> "V_LOCK_STATUS", "comment" -> "Set or get lock status. 1=Locked, 0=Unlocked ", "itemType" -> "Switch")),
        37 -> (newLinkedHashMap("type" -> "V_DUST_LEVEL", "comment" -> "Dust level ", "itemType" -> "Number")),
        38 -> (newLinkedHashMap("type" -> "V_VOLTAGE", "comment" -> "Voltage level ", "itemType" -> "Number")),
        39 -> (newLinkedHashMap("type" -> "V_CURRENT", "comment" -> "Current level ", "itemType" -> "Number"))
)
// Internal Commands
// Internal Commands
var HashMap<String, LinkedHashMap<String, String>> internalSubTypeToValue = newLinkedHashMap(
        "I_BATTERY_LEVEL" -> (newLinkedHashMap("value" -> "0", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),
        "I_TIME" -> (newLinkedHashMap("value" -> "1", "comment" -> "Sensors can request the current time from the Controller using this message. The time will be reported as the seconds since 1970 ")),
        "I_VERSION" -> (newLinkedHashMap("value" -> "2", "comment" -> "Sensors report their library version at startup using this message type ", "itemType" -> "String")),
        "I_ID_REQUEST" -> (newLinkedHashMap("value" -> "3", "comment" -> "Use this to request a unique node id from the controller. ", "itemType" -> "String")),
        "I_ID_RESPONSE" -> (newLinkedHashMap("value" -> "4", "comment" -> "Id response back to sensor. Payload contains sensor id. ", "itemType" -> "String")),
        "I_INCLUSION_MODE" -> (newLinkedHashMap("value" -> "5", "comment" -> "Start/stop inclusion mode of the Controller (1=start, 0=stop). ", "itemType" -> "String")),
        "I_CONFIG" -> (newLinkedHashMap("value" -> "6", "comment" -> "Config request from node. Reply with (M)etric or (I)mperal back to sensor. ", "itemType" -> "String")),
        "I_FIND_PARENT" -> (newLinkedHashMap("value" -> "7", "comment" -> "When a sensor starts up, it broadcast a search request to all neighbor nodes. They reply with a I_FIND_PARENT_RESPONSE. ", "itemType" -> "String")),
        "I_FIND_PARENT_RESPONSE" -> (newLinkedHashMap("value" -> "8", "comment" -> "Reply message type to I_FIND_PARENT request. ", "itemType" -> "String")),
        "I_LOG_MESSAGE" -> (newLinkedHashMap("value" -> "9", "comment" -> "Sent by the gateway to the Controller to trace-log a message ", "itemType" -> "String")),
        "I_CHILDREN" -> (newLinkedHashMap("value" -> "10", "comment" -> "A message that can be used to transfer child sensors (from EEPROM routing table) of a repeating node. ", "itemType" -> "String")),
        "I_SKETCH_NAME" -> (newLinkedHashMap("value" -> "11", "comment" -> "Optional sketch name that can be used to identify sensor in the Controller GUI ", "itemType" -> "String")),
        "I_SKETCH_VERSION" -> (newLinkedHashMap("value" -> "12", "comment" -> "Optional sketch version that can be reported to keep track of the version of sensor in the Controller GUI. ", "itemType" -> "String")),
        "I_REBOOT" -> (newLinkedHashMap("value" -> "13", "comment" -> "Used by OTA firmware updates. Request for node to reboot. ", "itemType" -> "String")),
        "I_GATEWAY_READY" -> (newLinkedHashMap("value" -> "14", "comment" -> "Send by gateway to controller when startup is complete. ", "itemType" -> "String"))
)
var HashMap<Integer, LinkedHashMap<String, String>> internalValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "I_BATTERY_LEVEL", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),
        1 -> (newLinkedHashMap("type" -> "I_TIME", "comment" -> "Sensors can request the current time from the Controller using this message. The time will be reported as the seconds since 1970 ", "itemType" -> "String")),
        2 -> (newLinkedHashMap("type" -> "I_VERSION", "comment" -> "Sensors report their library version at startup using this message type ", "itemType" -> "String")),
        3 -> (newLinkedHashMap("type" -> "I_ID_REQUEST", "comment" -> "Use this to request a unique node id from the controller. ", "itemType" -> "String")),
        4 -> (newLinkedHashMap("type" -> "I_ID_RESPONSE", "comment" -> "Id response back to sensor. Payload contains sensor id. ", "itemType" -> "String")),
        5 -> (newLinkedHashMap("type" -> "I_INCLUSION_MODE", "comment" -> "Start/stop inclusion mode of the Controller (1=start, 0=stop). ", "itemType" -> "String")),
        6 -> (newLinkedHashMap("type" -> "I_CONFIG", "comment" -> "Config request from node. Reply with (M)etric or (I)mperal back to sensor. ", "itemType" -> "String")),
        7 -> (newLinkedHashMap("type" -> "I_FIND_PARENT", "comment" -> "When a sensor starts up, it broadcast a search request to all neighbor nodes. They reply with a I_FIND_PARENT_RESPONSE. ", "itemType" -> "String")),
        8 -> (newLinkedHashMap("type" -> "I_FIND_PARENT_RESPONSE", "comment" -> "Reply message type to I_FIND_PARENT request. ", "itemType" -> "String")),
        9 -> (newLinkedHashMap("type" -> "I_LOG_MESSAGE", "comment" -> "Sent by the gateway to the Controller to trace-log a message ", "itemType" -> "String")),
        10 -> (newLinkedHashMap("type" -> "I_CHILDREN", "comment" -> "A message that can be used to transfer child sensors (from EEPROM routing table) of a repeating node. ", "itemType" -> "String")),
        11 -> (newLinkedHashMap("type" -> "I_SKETCH_NAME", "comment" -> "Optional sketch name that can be used to identify sensor in the Controller GUI ", "itemType" -> "String")),
        12 -> (newLinkedHashMap("type" -> "I_SKETCH_VERSION", "comment" -> "Optional sketch version that can be reported to keep track of the version of sensor in the Controller GUI. ", "itemType" -> "String")),
        13 -> (newLinkedHashMap("type" -> "I_REBOOT", "comment" -> "Used by OTA firmware updates. Request for node to reboot. ", "itemType" -> "String")),
        14 -> (newLinkedHashMap("type" -> "I_GATEWAY_READY", "comment" -> "Send by gateway to controller when startup is complete. ", "itemType" -> "String"))
)

// -------------------------------------- switch function ------------------------------------------------------
val org.eclipse.xtext.xbase.lib.Functions$Function3 switchOperationNew = [
        org.openhab.core.library.items.SwitchItem relayItem,
        org.openhab.core.library.items.StringItem arduinoItem,
        java.util.HashMap setSubTypeToValue|
        var Integer state = 0
//      V_LIGHT_10_4
        var String[] itemName = relayItem.getName().toString().split("_")
        var LinkedHashMap<String, String> typeMap = setSubTypeToValue.get(itemName.get(0)+"_"+itemName.get(1))
        if (relayItem.state == OFF) {
                state = 0
        }
        else {
                state = 1
        }
        println ("Function: switchOperationNew >> "+ itemName.get(2)+";"+itemName.get(3)+";1;1;" + typeMap.get("value") + ";" + state )
        arduinoItem.sendCommand(itemName.get(2)+";"+itemName.get(3)+";1;0;"+typeMap.get("value")+";" + state + "\n")
]
//dimmer
val org.eclipse.xtext.xbase.lib.Functions$Function4 dimmerOperationNew = [
        org.openhab.core.library.items.DimmerItem relayItem,
        org.openhab.core.library.items.StringItem arduinoItem,
        String receivedCommand,
        java.util.HashMap setSubTypeToValue|
        var Number percent = 0
        if(relayItem.state instanceof DecimalType) percent = relayItem.state as DecimalType
        if(receivedCommand==INCREASE) percent = percent + 5
        if(receivedCommand==DECREASE) percent = percent - 5
        if(receivedCommand==ON) percent = 100
        if(receivedCommand==OFF) percent = 0
        if(percent<0)   percent = 0
        if(percent>100) percent = 100

        var String[] itemName = relayItem.getName().toString().split("_")
        var LinkedHashMap<String, String> typeMap = setSubTypeToValue.get(itemName.get(0)+"_"+itemName.get(1))

        println ("Function: dimmerOperationNew >> "+ itemName.get(2)+";"+itemName.get(3)+";1;1;" + typeMap.get("value") + ";" +  percent)
        arduinoItem.sendCommand(itemName.get(2)+";"+itemName.get(3)+";1;0;"+typeMap.get("value")+";" + percent + "\n")
]
//receiving msg from mysensors gateway

rule "Arduino sends to Openhab"
        when
                Item Arduino received update
        then
                var String lineBuffer =  Arduino.state.toString.split("\n")
                for (String line : lineBuffer) {
                        if(!line.contains(";")) {continue}
                        var String[] message = line.split(";")
                        var Integer nodeId = new Integer(message.get(0))
                        var Integer childId = new Integer(message.get(1))
                        var Integer msgType = new Integer(message.get(2))
                        var Integer ack = new Integer(message.get(3))
                        var Integer subType = new Integer(message.get(4))
                        var String msg = message.get(5)
                        // if message type equals set

                        var Integer itemCreate = 0
                        var String command = ""
                        var LinkedHashMap<String, String>  valueMap
                        var String itemName
                        if(msgType == 1){
                                valueMap = setValueToSubType.get(subType)
                                itemName=valueMap.get("type") + "_" + nodeId + "_"+ childId
                                //itemsAll
                                itemsAll = all.getMembers().toString
                                if(!itemsAll.contains(itemName)){
                                        logInfo("FILE", "Set/Req message type: "+itemName + " not in group \"all\" so it doesn\'t exist in item file - value: "+msg)
                                        itemCreate = 1
                                        }
                                else {  
                                        if(valueMap.get("type").contains("V_LIGHT") && !valueMap.get("type").contains("V_LIGHT_LEVEL")){
                                                if(msg == "0" ){msg="OFF"} else {msg="ON"}
                                                }
                                        if(valueMap.get("type").contains("V_TRIPPED")){
                                                if(msg == "0"){msg="CLOSE"} else {msg="OPEN"}
                                                }
                                        logInfo ( "FILE", " Updated item " + itemName  + " value: " + msg )
                                        if(!itemsUnused.contains(itemName)){
                                                println("------------------------------------------------------")
                                                postUpdate(itemName,  msg)
                                                }
                                        }
                                }
                        // Internal Command
                        else if(msgType == 3){
                                valueMap = internalValueToSubType.get(subType)
                                itemName=valueMap.get("type") + "_" + nodeId + "_" + childId
                                if(!itemsAll.contains(itemName)){
                                        logInfo("FILE", "Internal message type: "+itemName + " not in group \"all\" so it doesn\'t exist in item file - value: "+msg)
                                        itemCreate = 1
                                        }
                                }
                        else if(msgType == 0){
                                valueMap = presentationValueToSubType.get(subType)
                                itemName=valueMap.get("type") + "_" + nodeId + "_" + childId
                                if(!itemsAll.contains(itemName)){
                                        logInfo("FILE", "Presentation message type: "+itemName + " not in group \"all\" so it doesn\'t exist in item file - value: "+msg)
                                        itemCreate = 1
                                        }
                                }

                        if(itemCreate == 1 && deviceDiscovery.contains("ON")){
                                var String itemName=valueMap.get("type") + "_" + nodeId + "_" + childId
                                var String itemType=valueMap.get("itemType")
                                var String itemComment=valueMap.get("comment")
                                var String group="(all, unconfigurated, unused)"
                                var String line=itemType+" "+itemName+" \""+itemComment+" - Example value: "+msg+"\" "+group+" "
                                command=OPENHAB_HOME+"/bin/addItem2.sh -f "+OPENHAB_CONF+"/items/"+SITE_NAME+".items -i "+itemName+" -l "+line.replaceAll(" ", "____")
                                executeCommandLine(command)
                                println(command)
                                itemCreate=0
                                }
                        }
                }
end
rule "V_LIGHT_10_4 Switch Rule"
        when
                Item V_LIGHT_10_4 changed
        then
                switchOperationNew.apply(V_LIGHT_10_4, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_0 Switch Rule"
        when
                Item V_LIGHT_10_0 changed
        then
                switchOperationNew.apply(V_LIGHT_10_0, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_1 Switch Rule"
        when
                Item V_LIGHT_10_1 changed
        then
                switchOperationNew.apply(V_LIGHT_10_1, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_2 Switch Rule"
        when
                Item V_LIGHT_10_2 changed
        then
                switchOperationNew.apply(V_LIGHT_10_2, Arduino, setSubTypeToValue)
end

rule "V_LIGHT_10_3 Switch Rule"
        when
                Item V_LIGHT_10_3 changed
        then
                switchOperationNew.apply(V_LIGHT_10_3, Arduino, setSubTypeToValue)
end

rule "V_DIMMER_20_0 Switch Rule"
        when
                Item V_DIMMER_20_0 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_0, Arduino, receivedCommand, setSubTypeToValue)
        end
rule "V_DIMMER_20_1 Switch Rule"
        when
                Item V_DIMMER_20_1 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_1, Arduino, receivedCommand, setSubTypeToValue)
        end
rule "V_DIMMER_20_2 Switch Rule"
        when
                Item V_DIMMER_20_2 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_2, Arduino, receivedCommand, setSubTypeToValue)
        end
rule "V_DIMMER_20_3 Switch Rule"
        when
                Item V_DIMMER_20_3 received command
        then
                dimmerOperationNew.apply(V_DIMMER_20_3, Arduino, receivedCommand, setSubTypeToValue)
        end

Hi
I've struggled with openhab for 4 weeks. My last idea to use HashMap for mapping device to id's was not bad but I found much better solution. My major requirements were:

• automatic device discover.
• I don't want to use all discovered devices.
• each item have to belong to group "all"
• each new device will be added to groups "unconfigured, unused, all"
• updates for items that belong to unused group are skipped
• if device doesn't belong to group "all" , rule "Arduino sends to Openhab" will try to add this device as a new device

OK lets go

First I have to generate names so I create some HashMap tables using mysensors serial API

• presentationSubTypeToValue - mysensors presentation mode - converts subType (S_DOOR) to value (number) and openhab item type

var HashMap<String, LinkedHashMap<String, String>> presentationSubTypeToValue = newLinkedHashMap(
        "S_DOOR" -> (newLinkedHashMap("value" -> "0", "comment" -> "Door and window sensors ", "itemType" -> "String"))

• presentationValueToSubType - mysensors presentation mode - converts mysensors value to subType and openhab item type

var HashMap<Integer, LinkedHashMap<String, String>> presentationValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "S_DOOR", "comment" -> "Door and window sensors ", "itemType" -> "String")),

• setSubTypeToValue - mysensors set/request mode - converts subType to mysensors value and openhab item type

var HashMap<String, LinkedHashMap<String, String>> setSubTypeToValue = newLinkedHashMap(
        "V_HUM" -> (newLinkedHashMap("value" -> "1", "comment" -> "Humidity ", "itemType" -> "Number")),

• setValueToSubType - mysensors set/request - converts mysensors value to subType and openhab item type

var HashMap<Integer, LinkedHashMap<String, String>> setValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "V_TEMP", "comment" -> "Temperature ", "itemType" -> "Number")),

• internalSubTypeToValue - mysensors internal command mode - converts subType to my sensors value and openhab item type

var HashMap<String, LinkedHashMap<String, String>> internalSubTypeToValue = newLinkedHashMap(
        "I_BATTERY_LEVEL" -> (newLinkedHashMap("value" -> "0", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),

• internalValueToSubType - mysensors internal commands mode - converts mysensors value to subType and openhab item type

var HashMap<Integer, LinkedHashMap<String, String>> internalValueToSubType = newLinkedHashMap(
        0 -> (newLinkedHashMap("type" -> "I_BATTERY_LEVEL", "comment" -> "Use this to report the battery level (in percent 0-100). ", "itemType" -> "String")),

My openhab item name is for example
Switch V_LIGHT_10_0 where
Switch is "itemType" -> "String"
V_LIGHT - type
10 - nodeID
1 - sensorID

bash script: addItem2.sh will add new device to items file

#!/bin/bash
#OPENHAB_ITEMS="/opt/openhab/configurations/items/test.items"
GREP="/bin/grep"
SED="/bin/sed"
while getopts ":i:l:f:" opt; do
  case $opt in
    i)
      ITEM_NAME=${OPTARG}
      ;;
    l)
      LINE="${OPTARG}"
      ;;
    f)
      ITEM_FILE=${OPTARG}
      ;;
    \?)
      echo "Invalid option: -$OPTARG" >&2
      ;;
  esac
done

grep ${ITEM_NAME} ${ITEM_FILE} >> /dev/null 2>&1 || echo ${LINE} | ${SED} -e 's/____/\ /g' >> ${ITEM_FILE}

Put this script in /opt/openhab/bin/addItem2.sh

in rules file you have to set variables to your configuration

// ----------- Openhab configuration ---------------------
var String OPENHAB_HOME = "/opt/openhab"
var String OPENHAB_CONF = "/opt/openhab/configurations"
var String SITE_NAME = "test"

You can turn off automating my sensors device discovering:

var String deviceDiscovery = "ON" //set to OFF

this is my configurations files:

• "test.items*

String Arduino "Arduino" { serial="/dev/ttyUSB1@115200" }
Group all
Group unconfigured (all)
// not used in our configuration
Group unused (all)
Group kitchen      "Kitchen" <kitchen>  (all)
Group:Switch:OR(ON, OFF) kLights "Lights" <light> (all, kitchen)
Group:Switch:OR(ON, OFF) kcLights "Cabinet Lights [(%d)]" <light> (all, kLights)
Group:Switch:OR(ON, OFF) skcLights "Single Cabinet Lights [(%d)]" <light> (all)

Group livingRoom "Living Room"  <sofa>  (all)
Group:Switch:OR(ON, OFF) lrLights "Lights" <light> (livingRoom)
Group:Switch:OR(ON, OFF) lrcLights "Ceiling Lights [(%d)]" <light> (lrLights,all)


Switch V_LIGHT_10_0     "Light 1" (lights, kcLights,all,gAllLights)
Switch V_LIGHT_10_1     "Light 2" (lights, kcLights,all,gAllLights)
Switch V_LIGHT_10_2     "Light 3" (lights, kcLights,all,gAllLights)
Switch V_LIGHT_10_3     "Light 4" (lights, kcLights,all,gAllLights)

Dimmer V_DIMMER_20_0    "Light 1 [%s %%]" (lights, lrcLights,all, lrLightsAll)
Dimmer V_DIMMER_20_1    "Light 2 [%s %%]" (lights, lrcLights,all, lrLightsAll)
Dimmer V_DIMMER_20_2    "Light 3 [%s %%]" (lights, lrcLights,all,lrLightsAll)
Dimmer V_DIMMER_20_3    "Light 4 [%s %%]" (lights, lrcLights,all,lrLightsAll)


// --------------- Unconfigurated device -----------------------------

• test.sitemap

sitemap demo label="Main Menu"
{

        Frame label="Home" {
                Group label="Kitchen" icon="kitchen" {
                        Frame label="Kitchen" {
                                Group item=kLights label="Lights" {
                                Switch item=V_LIGHT_10_4 label="Bar Lights"
                                Switch item=kcLights label="Cabinet Lights"
                                Group item=kcLights 
                                }
                        }
                }

                Group item=livingRoom {
                        Frame label="Living Room" {
                                Group item=lrLights
                                }
                       }
                }
        } 

Hi all,
I wrote some rules for serial gateway to openhab, temp, hum, switch, dimmer and some internal commands are working without a problem. I don't have too much time to develop this for other devices.
I'm not a java programmer so if I made some mistakes feel free to comment.
The goal is to write a rules that will be easily expanded to other devices.
I create a has map table where I define mappings ID to item name and inversely.
test.rules file:

import org.openhab.core.library.types.*
import org.openhab.core.persistence.*
import org.openhab.model.script.actions.*
import java.util.*
import org.eclipse.xtext.xbase.lib.*
import org.openhab.core.items.*

var String ArduinoUpdate = ""
var String sketchName = ""
var int V_TEMP = 0
var int V_HUM = 1
var int V_LIGHT = 2
var int V_DIMMER = 3
var int V_PRESSURE = 4
var int V_FORECAST = 5
var int V_RAIN = 6
var int V_RAINRATE = 7
var int V_WIND = 8
var int V_GUST = 9
var int V_DIRECTION = 10
var int V_UV = 11
var int V_WEIGHT = 12
var int V_DISTANCE = 13
var int V_IMPEDANCE = 14
var int V_ARMED = 15
var int V_TRIPPED = 16
var int V_WATT = 17
var int V_KWH = 18
var int V_SCENE_ON = 19
var int V_SCENE_OFF = 20
var int V_HEATER = 21
var int V_HEATER_SW = 22
var int V_LIGHT_LEVEL = 23
var int V_VAR1 = 24
var int V_VAR2 = 25
var int V_VAR3 = 26
var int V_VAR4 = 27
var int V_VAR5 = 28
var int V_UP = 29
var int V_DOWN = 30
var int V_STOP = 31
var int V_IR_SEND = 32
var int V_IR_RECEIVE = 33
var int V_FLOW = 34
var int V_VOLUME = 35
var int V_LOCK_STATUS = 36
var int V_DUST_LEVEL = 37
var int V_VOLTAGE = 38
var int V_CURRENT = 39
var int msgPresentation = 0
var int msgSet = 1
var int msgReq = 2
var int msgInternal = 3
var int msgStream = 4
var int alarmArmor = 1
// Internal Commands

var int I_BATTERY_LEVEL = 0
var int I_TIME = 1
var int I_VERSION = 2
var int I_ID_REQUEST = 3
var int I_ID_RESPONSE = 4
var int I_INCLUSION_MODE = 5
var int I_CONFIG = 6
var int I_FIND_PARENT = 7
var int I_FIND_PARENT_RESPONSE = 8
var int I_LOG_MESSAGE = 9
var int I_CHILDREN = 10
var int I_SKETCH_NAME = 11
var int I_SKETCH_VERSION = 12
var int I_REBOOT = 13
var int I_GATEWAY_READY = 14
// Mappings
var HashMap<String, String> sensorToItemsMap = newLinkedHashMap(
	"21;1;" -> "tempSalon01", 
	"tempSalon01" -> "21;1;",
	"21;0;" -> "humSalon01", 
	"humSalon01" -> "21;0;",
	"22;0;" -> "plugStrip01s12", 
	"plugStrip01s12" -> "22;0;",
	"22;1;" -> "plugStrip01s34", 
	"plugStrip01s34" -> "22;1;",
	"20;0;" -> "lightSalonCeiling00", 
	"lightSalonCeiling00" -> "20;0;",
	"20;1;" -> "lightSalonCeiling01", 
	"lightSalonCeiling01" -> "20;1;",
	"20;2;" -> "lightSalonCeiling02", 
	"lightSalonCeiling02" -> "20;2;",
	"20;3;" -> "lightSalonCeiling03", 
	"lightSalonCeiling03" -> "20;3;",
	"20;4;" -> "lightSalonCeiling04", 
	"lightSalonCeiling04" -> "20;4;",
	"10;4;" -> "lightBar04", 
	"lightBar04" -> "10;4;",
	"10;0;" -> "lightKitchenCabinet00", 
	"lightKitchenCabinet00" -> "10;0;",
	"10;1;" -> "lightKitchenCabinet01", 
	"lightKitchenCabinet01" -> "10;1;",
	"10;2;" -> "lightKitchenCabinet02", 
	"lightKitchenCabinet02" -> "10;2;",
	"10;3;" -> "lightKitchenCabinet03", 
	"lightKitchenCabinet03" -> "10;3;",
	"20;255;" -> "sensorLRCDimmer", 
	"21;255;" -> "sensorLRHumTemp", 
	"22;255;" -> "sensorLRStripPlug01", 
	"10;255;" -> "sensorKCLight"

)
// dimmer function
val org.eclipse.xtext.xbase.lib.Functions$Function5 dimmerOperation = [
	org.openhab.core.library.items.DimmerItem relayItem, 
	org.openhab.core.library.items.StringItem arduinoItem, 
	String arduinoDevMap,
	String receivedCommand,
	Integer subType|
	var Number percent = 0
	if(relayItem.state instanceof DecimalType) percent = relayItem.state as DecimalType
	if(receivedCommand==INCREASE) percent = percent + 5
	if(receivedCommand==DECREASE) percent = percent - 5
	if(receivedCommand==ON) percent = 100       
	if(receivedCommand==OFF) percent = 0        
	if(percent<0)   percent = 0
	if(percent>100) percent = 100
	
	println ("Function: dimmerOperation >> "+arduinoDevMap + "1;1;" + subType + ";" + percent )
	arduinoItem.sendCommand(arduinoDevMap + "1;0;" + subType + ";" + percent + "\n")
]
//switch function
val org.eclipse.xtext.xbase.lib.Functions$Function4 switchOperation = [
	org.openhab.core.library.items.SwitchItem relayItem, 
	org.openhab.core.library.items.StringItem arduinoItem, 
	String arduinoDevMap,
	Integer subType|
	var Integer state = 0
        if (relayItem.state == OFF) {
		state = 0 
	}
	else {
		state = 1
	}
	println ("Function: switchOperation >> "+arduinoDevMap + "1;1;" + subType + ";" + state )
	arduinoItem.sendCommand(arduinoDevMap + "1;0;" + subType + ";" + state + "\n")
]

//receiving msg from mysensors gateway
rule "Arduino sends to Openhab"
	when
		Item Arduino received update
	then
		var String lineBuffer =  Arduino.state.toString.split("\n")
		for (String line : lineBuffer) {
			var String[] message = line.split(";")
			var Integer nodeId = new Integer(message.get(0))
			var Integer childId = new Integer(message.get(1))
			var Integer msgType = new Integer(message.get(2))
			var Integer ack = new Integer(message.get(3))
			var Integer subType = new Integer(message.get(4))
			var String msg = message.get(5)
			if(msgType == 1 ){
				if (subType == V_TEMP){
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), msg)
					println ("Temp item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " temp: " + msg )
					}
				if (subType == V_HUM){
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), msg)
					println ("HUM item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " hum: " + msg )
					}
				if (subType == V_DIMMER){
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), msg)
					println ("Dimmer item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " Dimmer: " + msg )
						}
				if (subType == V_LIGHT){
					var String state
					var Integer statusInt = new Integer(message.get(5))
					if(statusInt == 1) { 
						state = "ON"
						} 
					else { 
						state = "OFF" 
						}
					postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), state)
					println ("Light Item: " + sensorToItemsMap.get( nodeId + ";" + childId + ";") + " Light: " + state )
					}
				}
			// Internal Command
			if(msgType == 3){
				if(subType == I_SKETCH_NAME){
						println("Sketch name: " + msg )
						sketchName=msg
					}
				if(subType == I_SKETCH_VERSION){
						println("Sketch version: " + msg )
						postUpdate(sensorToItemsMap.get( nodeId + ";" + childId + ";"), sketchName+" " +msg )
						sketchName=""
					}
				}
			}	
		}
end



rule "lightBar04 Switch Rule"
	when
		Item lightBar04 changed
	then
		switchOperation.apply(lightBar04, Arduino, sensorToItemsMap.get("lightBar04"), V_LIGHT)			
end	

rule "lightKitchenCabinet00 Switch Rule"
	when
		Item lightKitchenCabinet00 changed
	then
		switchOperation.apply(lightKitchenCabinet00, Arduino, sensorToItemsMap.get("lightKitchenCabinet00"), V_LIGHT)			
end	

rule "lightKitchenCabinet01 Switch Rule"
	when
		Item lightKitchenCabinet01 changed
	then
		switchOperation.apply(lightKitchenCabinet01, Arduino, sensorToItemsMap.get("lightKitchenCabinet01"), V_LIGHT)			
end	

rule "lightKitchenCabinet02 Switch Rule"
	when
		Item lightKitchenCabinet02 changed
	then
		switchOperation.apply(lightKitchenCabinet02, Arduino, sensorToItemsMap.get("lightKitchenCabinet02"), V_LIGHT)			
end	

rule "lightKitchenCabinet03 Switch Rule"
	when
		Item lightKitchenCabinet03 changed
	then
		switchOperation.apply(lightKitchenCabinet03, Arduino, sensorToItemsMap.get("lightKitchenCabinet03"), V_LIGHT)			
end	

rule "lightSalonCeiling00 Switch Rule"
	when
		Item lightSalonCeiling00 received command
	then
		if(lightSalonCeiling00.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling00, Arduino, sensorToItemsMap.get("lightSalonCeiling00"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling01 Switch Rule"
	when
		Item lightSalonCeiling01 received command
	then
		if(lightSalonCeiling01.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling01, Arduino, sensorToItemsMap.get("lightSalonCeiling01"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling02 Switch Rule"
	when
		Item lightSalonCeiling02 received command
	then
		if(lightSalonCeiling02.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling02, Arduino, sensorToItemsMap.get("lightSalonCeiling02"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling03 Switch Rule"
	when
		Item lightSalonCeiling03 received command
	then
		if(lightSalonCeiling03.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling03, Arduino, sensorToItemsMap.get("lightSalonCeiling03"), receivedCommand, V_DIMMER)			
		} 
	end	
rule "lightSalonCeiling04 Switch Rule"
	when
		Item lightSalonCeiling04 received command
	then
		if(lightSalonCeiling04.state instanceof DecimalType || receivedCommand==INCREASE || receivedCommand==DECREASE){
		dimmerOperation.apply(lightSalonCeiling04, Arduino, sensorToItemsMap.get("lightSalonCeiling04"), receivedCommand, V_DIMMER)			
		} 
	end	

rule "plugStrip01s12 Switch Rule"
	when
		Item plugStrip01s12 changed
	then
		switchOperation.apply(plugStrip01s12, Arduino, sensorToItemsMap.get("plugStrip01s12"), V_LIGHT)			
end	


rule "plugStrip01s34 Switch Rule"
	when
		Item plugStrip01s34 changed
	then
		switchOperation.apply(plugStrip01s34, Arduino, sensorToItemsMap.get("plugStrip01s34"), V_LIGHT)			
end	

my test.item

String Arduino "Arduino" { serial="/dev/ttyUSB0@115200" }
Group All
Group flat "Flat" <house>
Group livingRoom "Living Room"  <sofa>  (All,flat)
Group kitchen      "Kitchen" <kitchen>  (All,flat)
Group corridor      "Corridor" <corridor>  (All,flat)
Group bathroom      "Bathroom" <bath>  (All,flat)
Group gmRoom  "Grandma Room" <smile>  (All,flat)
Group weather   (All)
Group status    (All)
Group mysensors    (All)

Group:Switch:OR(ON, OFF) kLights "Lights" <light> (All, kitchen)
Group:Switch:OR(ON, OFF) kcLights "Cabinet Lights [(%d)]" <light> (All, kLights)
Group:Switch:OR(ON, OFF) skcLights "Single Cabinet Lights [(%d)]" <light> (All)

Group:Switch:OR(ON, OFF) lrLights "Lights" <light> (livingRoom)
Group:Switch:OR(ON, OFF) lrcLights "Ceiling Lights [(%d)]" <light> (lrLights)

Group:Switch:OR(ON, OFF) lrSockets "Sockets" <socket> (livingRoom)
Group:Switch:OR(ON, OFF) lrPlugStrip "Sockets [(%d)]" <socket> (lrSockets)

Group:Number:AVG humAndTemp "Avg. Room Humidity[%.1f %%] and Temperature [%.1f °C]" <temperature>
Group:Number:AVG temperature "Avg. Room Temperature [%.1f °C]" <temperature> (status)
Group:Number:AVG humidity "Avg. Room Humidity [%.1f %%]" <temperature> (status)


Group:Switch:OR(ON, OFF) lights "All Lights [(%d)]" <light> (All)

Number tempChartPeriod          "Chart Period"
Number tempSalon01 "Temperature [%s °C]" <temperature> (temperature,humAndTemp)
Number humSalon01 "Humidity [%s %%]" <temperature> (humidity,humAndTemp)
Switch lightKitchenCabinet00	"Light 1" (lights, kcLights)
Switch lightKitchenCabinet01	"Light 2" (lights, kcLights)
Switch lightKitchenCabinet02	"Light 3" (lights, kcLights)
Switch lightKitchenCabinet03	"Light 4" (lights, kcLights)

Switch lightBar04		"Bar Lights" (lights, kLights, lrLights)

Dimmer lightSalonCeiling00	"Light 1 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling01	"Light 2 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling02	"Light 3 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling03	"Light 4 [%s %%]" (lights, lrcLights)
Dimmer lightSalonCeiling04	"Light All [%s %%]" (lights,lrLights,allLights)
Switch plugStrip01s12		"Sockets 1-2" <socket> (lrPlugStrip)
Switch plugStrip01s34		"Sockets 3-4" <socket> (lrPlugStrip)

String sensorLRCDimmer "Living Room Ceiling Light Sensor [%s]" (mysensors)
String sensorLRStripPlug01 "Living Room Strip Plug 01 Sensor [%s]" (mysensors)
String sensorLRHumTemp "Living Room Hum&Temp&Motion&Light  Sensor [%s]" (mysensors)
String sensorKCLight "Kitchen&Bar Light Sensor [%s]" (mysensors)

my test.sitemap

sitemap demo label="Main Menu"
{

	Frame label="Home" {
		Group label="Kitchen" icon="kitchen" {
			Frame label="Kitchen" {
				Group item=kLights label="Lights" {
				Switch item=lightBar04 label="Bar Lights"
				Switch item=kcLights label="Cabinet Lights"
				Group item=kcLights 
				}
			}
		}

		Group item=livingRoom {
			Frame label="Living Room" {
				Group item=lrLights 
				Group label="Sensors" icon="temperature" {
					Text item=tempSalon01 valuecolor=[tempSalon01=="Uninitialized"="lightgray",tempSalon01>90="lightgray",>25="orange",>15="green",>5="orange",<=5="blue"]
					Text item=humSalon01 valuecolor=[humSalon01=="Uninitialized"="lightgray",tempSalon01>90="lightgray",>25="orange",>15="green",>5="orange",<=5="blue"]
					Switch item=tempChartPeriod label="Chart Period" mappings=[0="12 Hours", 1="Day", 2="Week", 3="Month"]
					Chart item=humAndTemp period=12h refresh=5000 visibility=[tempChartPeriod==0,tempChartPeriod=="Uninitialized"]
					Chart item=humAndTemp period=D refresh=1800 visibility=[tempChartPeriod==1]
					Chart item=humAndTemp period=W refresh=3600 visibility=[tempChartPeriod==2]
					Chart item=humAndTemp period=M refresh=7200 visibility=[tempChartPeriod==3]
				}
				Group item=lrPlugStrip
			}
		}
		Group item=corridor 
		Group item=bathroom icon="bath"
		Group item=grandmotherRoom icon="smiley"
	}

	Frame label="Lights All"{
		Switch item=lights mappings=[OFF="All Off"]
		Group item=lights
		Group item=mysensors
	}

Hi All,
Could somebody explain how to get time from gateway?
I uploaded sketch TimeAwareSensor but it doesn't receive time.

• Martin