0001-push-all-new-types.patch - Robotics Systems Types - Open Source Collaboration Platform

.gitignore
1		/build*
	1	/build*
	2	*~
	3	*.swp

     package rst.devices.energenie;
     import "rst/homeautomation/PowerPlug.proto";
     option java_outer_classname = "EN_PowerManagerType";
     /**
      * Description of the energenie power manager.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message EN_PowerManager {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The first power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_1 = 200;
         /**
          * The second power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_2 = 300;
         /**
          * The third power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_3 = 400;
         /**
          * The fourth power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_4 = 500;
+    }

     package rst.devices.fibaro;
     import "rst/homeautomation/Battery.proto";
     import "rst/homeautomation/MotionSensor.proto";
     import "rst/homeautomation/TemperatureSensor.proto";
     import "rst/homeautomation/TamperSwitch.proto";
     import "rst/homeautomation/BrightnessSensor.proto";
     option java_outer_classname = "F_MotionSensorType";
     /**
      * Description of the wireless fibaro motion sensor.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message F_MotionSensor {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The battery.
          */
         optional .rst.homeautomation.Battery battery = 200;
         /**
          * The motion sensor.
          */
         optional .rst.homeautomation.MotionSensor motionSensor = 300;
         /**
          * The temperature sensor.
          */
         optional .rst.homeautomation.TemperatureSensor temperatureSensor = 400;
         /**
          * The tamper switch.
          */
         optional .rst.homeautomation.TamperSwitch tamperSwitch = 500;
         /**
          * The brightness sensor.
          */
         optional .rst.homeautomation.BrightnessSensor brightnessSensor = 600;
+    }

     package rst.devices.gira;
     import "rst/homeautomation/Button.proto";
     option java_outer_classname = "GI_5133Type";
     /**
      * Description of the gira device containg six buttons.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message GI_5133 {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The first button.
          */
         optional .rst.homeautomation.Button button_0 = 200;
         /**
          * The second button.
          */
         optional .rst.homeautomation.Button button_1 = 300;
         /**
          * The third button.
          */
         optional .rst.homeautomation.Button button_2 = 400;
         /**
          * The fourth button.
          */
         optional .rst.homeautomation.Button button_3 = 500;
         /**
          * The fifth button.
          */
         optional .rst.homeautomation.Button button_4 = 600;
         /**
          * The sixth button.
          */
         optional .rst.homeautomation.Button button_5 = 700;
+    }

     package rst.devices.gira;
     import "rst/homeautomation/Button.proto";
     import "rst/homeautomation/TemperatureSensor.proto";
     import "rst/homeautomation/TemperatureController.proto";
     option java_outer_classname = "GI_5142Type";
     /**
      * Description of the gira device containg four buttons,
      * a temperature sensor and a temperature controller.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message GI_5142 {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The temperature sensor.
          */
         optional .rst.homeautomation.TemperatureSensor temperature_sensor = 200;
         /**
          * The temperature controller.
          */
         optional .rst.homeautomation.TemperatureController temperature_controller = 250;
         /**
          * The first button.
          */
         optional .rst.homeautomation.Button button_0 = 300;
         /**
          * The second button.
          */
         optional .rst.homeautomation.Button button_1 = 400;
         /**
          * The third button.
          */
         optional .rst.homeautomation.Button button_2 = 500;
         /**
          * The fourth button.
          */
         optional .rst.homeautomation.Button button_3 = 600;
+    }

     package rst.devices.hager;
     import "rst/homeautomation/PowerConsumptionSensor.proto";
     option java_outer_classname = "HA_TE330Type";
     /**
      * Description of the Hager transducer.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message HA_TE330 {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The first power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_0 = 200;
         /**
          * The second power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_1 = 300;
         /**
          * The third power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_2 = 400;
+    }

     package rst.devices.hager;
     import "rst/homeautomation/PowerPlug.proto";
     import "rst/homeautomation/PowerConsumptionSensor.proto";
     option java_outer_classname = "HA_TYA606EType";
     /**
      * Description of the Hager power plug actuator.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message HA_TYA606E {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The fisrt power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_0 = 200;
         /**
          * The first power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_0 = 250;
         /**
          * The second power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_1 = 300;
         /**
          * The second power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_1 = 350;
         /**
          * The third power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_2 = 400;
         /**
          * The third power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_2 = 450;
         /**
          * The fourth power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_3 = 500;
         /**
          * The fourth power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_3 = 550;
         /**
          * The fifth power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_4 = 600;
         /**
          * The fifth power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_4 = 650;
         /**
          * The sixth power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug_5 = 700;
         /**
          * The sixth power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption_sensor_5 = 750;
+    }

     package rst.devices.hager;
     import "rst/homeautomation/Rollershutter.proto";
     option java_outer_classname = "HA_TYA628CType";
     /**
      * Description of the Hager rollershutter actuator.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message HA_TYA628C {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The fisrt rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_0 = 200;
         /**
          * The second rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_1 = 300;
         /**
          * The third rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_2 = 400;
         /**
          * The fourth rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_3 = 500;
         /**
          * The fifth rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_4 = 600;
         /**
          * The sixth rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_5 = 700;
         /**
          * The seventh rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_6 = 800;
         /**
          * The eighth rollershutter.
          */
         optional .rst.homeautomation.Rollershutter rollershutter_7 = 900;
+    }

     package rst.devices.hager;
     import "rst/homeautomation/Dimmer.proto";
     option java_outer_classname = "HA_TYA663AType";
     /**
      * Description of the Hager dimmer actuator.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message HA_TYA663A {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The first dimmer.
          */
         optional .rst.homeautomation.Dimmer dimmer_0 = 200;
         /**
          * The second dimmer.
          */
         optional .rst.homeautomation.Dimmer dimmer_1 = 300;
         /**
          * The third dimmer.
          */
         optional .rst.homeautomation.Dimmer dimmer_2 = 400;
+    }

     package rst.devices.homematic;
     import "rst/homeautomation/Battery.proto";
     import "rst/homeautomation/ReedSwitch.proto";
     option java_outer_classname = "HM_ReedSwitchType";
     /**
      * Description of the wireless homematic reed contact sensor.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message HM_ReedSwitch {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The battery.
          */
         optional .rst.homeautomation.Battery battery = 200;
         /**
          * The contact sensor.
          */
         optional .rst.homeautomation.ReedSwitch reed_switch = 300;
+    }

     package rst.devices.homematic;
     import "rst/homeautomation/Battery.proto";
     import "rst/homeautomation/HandleSensor.proto";
     option java_outer_classname = "HM_RotaryHandleSensorType";
     /**
      * Descritpion of the wireless homematic rotary handle sensor.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message HM_RotaryHandleSensor {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The battery.
          */
         optional .rst.homeautomation.Battery battery = 200;
         /**
          * The handle sensor.
          */
         optional .rst.homeautomation.HandleSensor handleSensor = 300;
+    }

     package rst.devices.philips;
     import "rst/homeautomation/AmbientLight.proto";
     option java_outer_classname = "PH_Hue_E27Type";
     /**
      * Description of the wireless philips ambient light bulb type E27.
+     *
      * @author Marian Pohling <mpohling@techfak.uni-bielefeld.de>
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message PH_Hue_E27 {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The ambient light control unit.
          */
         optional .rst.homeautomation.AmbientLight ambientLight = 200;
+    }

     package rst.devices.philips;
     import "rst/homeautomation/AmbientLight.proto";
     option java_outer_classname = "PH_Hue_GU10Type";
     /**
      * Description of the philips hue ambient light bulb type GU10.
+     *
      * @author Marian Pohling <mpohling@techfak.uni-bielefeld.de>
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message PH_Hue_GU10 {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The ambient light control unit.
          */
         optional .rst.homeautomation.AmbientLight ambientLight = 200;
+    }

     package rst.devices.plugwise;
     import "rst/homeautomation/PowerPlug.proto";
     import "rst/homeautomation/PowerConsumptionSensor.proto";
     option java_outer_classname = "PW_PowerPlugType";
     /**
      * Description of the wireless plugwise power plug.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message PW_PowerPlug {
         /**
          * A unique object identifier.
          */
         required string id = 100;
         /**
          * The power plug.
          */
         optional .rst.homeautomation.PowerPlug power_plug = 200;
         /**
          * The power consumption sensor.
          */
         optional .rst.homeautomation.PowerConsumptionSensor power_consumption = 300;
+    }

     package rst.devices.sensfloor;
     option java_outer_classname = "FloorModuleStateType";
     /**
      * Holds information about the state of one Future-Shape SensFloor Module.
+     *
      * @author Hendrik Oestreich <hoestreich@techfak.uni-bielefeld.de>
      */
     message FloorModuleState {
         message FloorSegmentState {
             /**
              * The capacity values for each of the eight segments in a module.
              */
             required int32 capacity_segment = 1;
             /**
              * The activation values for each of the eight segments in a module.
              */
             required bool activation_segment = 2;
+        }
         /**
          * The activation and capacity combined in one message
          * Each module consists of 8 segments, so normally this field should be
          * repeated 8 times.
          */
         repeated FloorSegmentState segment = 1;
         /**
          * The Position of the module in the room (from the transciever).
          */
         required int32 position_col = 2;
         required int32 position_row = 3;
+    }

     package rst.devices.sensfloor;
     import "rst/devices/sensfloor/FloorModuleState.proto";
     option java_outer_classname = "FloorStateType";
     /**
      * Holds information about a collection of many Future-Shape SensFloor Modules.
+     *
      * @author Hendrik Oestreich <hoestreich@techfak.uni-bielefeld.de>
      */
     message FloorState {
         /**
          * The label describes the location where the modules are installed.
          */
         required string label = 1;
         /**
          * The repeated Field contains RST FloorModuleState Types which
          * encode the detail information about the state of each module
          */
         repeated .rst.devices.sensfloor.FloorModuleState floormodulestate = 2;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Power.proto";
     import "rst/vision/HSVColor.proto";
     option java_outer_classname = "AmbientLightType";
     /**
      * Generic description of an ambient light.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message AmbientLight {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which repesents the color of the ambient light.
          */
         optional .rst.vision.HSVColor color = 200;
         /**
          * Field which repesents the power state of the ambient light.
          */
         optional .rst.homeautomation.states.Power state = 300;
         /**
          * Label of the ambient light. Used to build the scope.
          */
         optional string label = 400;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Energy.proto";
     option java_outer_classname = "BatteryType";
     /**
      * Generic description of a battery.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message Battery {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the energy of the battery.
          */
         optional .rst.homeautomation.states.Energy state = 200;
         /**
          * Label of the battery. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     option java_outer_classname = "BrightnessSensorType";
     /**
      * Generic Description of a brightness sensor.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message BrightnessSensor {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * The value for the brightness.
          */
         optional float brightness = 200;
         /**
          * Label of the brightness sensor. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Click.proto";
     option java_outer_classname = "ButtonType";
     /**
      * Generic description of a button.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message Button {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the state of the button.
          */
         optional .rst.homeautomation.states.Click state = 200;
         /**
          * Label of the button. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Power.proto";
     option java_outer_classname = "DimmerType";
     /**
      * Generic description of a dimmer.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message Dimmer {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the power state of the dimmer.
          */
         optional .rst.homeautomation.states.Power state = 200;
         /**
          * The value describing the dimming. Range [0..100]
          */
         optional double value = 300;
         /**
          * Label of the dimmer. Used to build the scope.
          */
         optional string label = 400;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/OpenClosedTilted.proto";
     option java_outer_classname = "HandleSensorType";
     /**
      * Description of a generic handle sensor.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message HandleSensor {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the state of the handle sensor.
          */
         optional .rst.homeautomation.states.OpenClosedTilted state = 200;
         /**
          * Label of the handle sensor. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Motion.proto";
     option java_outer_classname = "MotionSensorType";
     /**
      * Generic description of a motion sensor.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message MotionSensor {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the state of the motion.
          */
         optional .rst.homeautomation.states.Motion state = 200;
         /**
          * Label of the motion sensor. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     option java_outer_classname = "PowerConsumptionSensorType";
     /**
      * Generic description of a power consumption sensor.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message PowerConsumptionSensor {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * The value for the power consumption.
          */
         optional float consumption = 200;
         /**
          * Label of the power consumption sensor. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Power.proto";
     option java_outer_classname = "PowerPlugType";
     /**
      * Generic description of a power plug.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message PowerPlug {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the state of the power plug.
          */
         optional .rst.homeautomation.states.Power state = 200;
         /**
          * Label of the power plug. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/OpenClosed.proto";
     option java_outer_classname = "ReedSwitchType";
     /**
      * Generic description of a reed switch.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message ReedSwitch {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the contact state of the reed switch.
          */
         optional .rst.homeautomation.states.OpenClosed state = 200;
         /**
          * Label of the reed switch. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Shutter.proto";
     option java_outer_classname = "RollershutterType";
     /**
      * Generic description of a rollershutter.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message Rollershutter {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the shutter state of the rollershutter.
          */
         optional .rst.homeautomation.states.Shutter shutter_state = 200;
         /**
          * The value which represents the height of the rollershutter in percent. Range [0..100].
          * If this value is 100 the rollershutter is at the very top.
          */
         optional double opening_ratio = 300;
         /**
          * Label of the rollershutter. Used to build the scope.
          */
         optional string label = 400;
+    }

     package rst.homeautomation;
     import "rst/homeautomation/states/Tamper.proto";
     option java_outer_classname = "TamperSwitchType";
     /**
      * Generic description of a tamper switch.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message TamperSwitch {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * Field which represents the state of the tamper switch.
          */
         optional .rst.homeautomation.states.Tamper state = 200;
         /**
          * Label of the tamper switch. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     option java_outer_classname = "TemperatureControllerType";
     /**
      * Generic description of a temperature controller.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message TemperatureController {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * The value which represents the temperature.
          */
         optional float temperature = 200;
         /**
          * Label of the temperature controller. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation;
     option java_outer_classname = "TemperatureSensorType";
     /**
      * Generic description of a temperature sensor.
+     *
      * @author Marian Pohling <mpohling@cit-ec.uni-bielefeld.de>
      */
     message TemperatureSensor {
         /**
          * A unique object identifier.
          */
         optional string id = 100;
         /**
          * The value which represents temperature.
          */
         optional float temperature = 200;
         /**
          * Label of the temperature sensor. Used to build the scope.
          */
         optional string label = 300;
+    }

     package rst.homeautomation.openhab;
     option java_outer_classname = "DALBindingType";
     import "rst/homeautomation/states/ActiveDeactive.proto";
     /**
      * Type to show if the dal connection is active.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message DALBinding {
         /*
          * The acitvation state.
          */
         optional .rst.homeautomation.states.ActiveDeactive state = 100;
+    }

     package rst.homeautomation.openhab;
     option java_outer_classname = "HSBType";
     /**
      * Basic HSB type used by openhab.
      * Used by objects like LEDs.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message HSB {
         /**
          * The hue value in the HSB color space. Range: [0..360].
          */
         optional double hue = 100;
         /**
          * The saturation in the HSB color space. Range: [0..100].
          */
         optional double saturation = 200;
         /**
          * The brightness in the HSB color space. Range: [0..100].
          */
         optional double brightness = 300;
+    }

     package rst.homeautomation.openhab;
     option java_outer_classname = "IncreaseDecreaseHolderType";
     /**
      * Basic increase and decrease type used by openhab.
      * Used by objects like dimmers.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message IncreaseDecreaseHolder {
         /**
          * The state definitions.
          */
         enum IncreaseDecrease {
             /**
              * Increase option.
              */
             INCREASE = 100;
             /**
              * Decrease option.
              */
             DECREASE = 200;
+        }
         /**
          * The increase or decrease state.
          */
         required IncreaseDecrease state = 100;
+    }

     package rst.homeautomation.openhab;
     option java_outer_classname = "OnOffHolderType";
     /**
      * Basic OnOff type used by openhab.
      * Used by objects like power plugs.
+     *
      * @author Tamino Huxohl <thuxohl@techfak.uni-bielefeld.de>
      */
     message OnOffHolder {
         /**
          * The state definitions.
          */
         enum OnOff {
             /**
              * On state.
              */
             ON = 100;
             /**
              * Off state.
              */
             OFF = 200;
+        }
         /**
          * The on or off state.
          */
         required OnOff state = 100;
+    }

     package rst.homeautomation.openhab;
     option java_outer_classname = "OpenClosedHolderType";
     /**
      * Basic OpenClosed type used by openhab.
      * Used by objects like handle sensors.