//Create a class for valve
package Valve
import SmartThing.SmartThing

public class Valve extends SmartThing {
	// id, label, and display name of the device
	StringBuilder id = new StringBuilder()
	StringBuilder label = new StringBuilder()
	StringBuilder displayName = new StringBuilder()
	// Features with string values
	StringBuilder currentValve = new StringBuilder()
	// Maps from features to values
	HashMap<String, StringBuilder> deviceValuesMap = new HashMap<String, StringBuilder>()

	Valve(Closure sendEvent, StringBuilder id, StringBuilder label, StringBuilder displayName, StringBuilder currentValve) {
		deviceValuesMap = deviceValueSmartThing
		idSmartThing = id
		labelSmartThing = label
		displayNameSmartThing = displayName
		sendEventSmartThings = sendEvent

		// Initialization
		this.id = id
		this.label = label
		this.displayName = displayName
		this.currentValve = currentValve

		deviceValuesMap.put("valve", currentValve)
	}

	// Methods to set values
	def open() {
		action(currentValve, "open", "contact")
	}

	def open(LinkedHashMap metaData) {
		open()
	}

	def close() {
		action(currentValve, "closed", "contact")
	}

	def close(LinkedHashMap metaData) {
		close()
	}
	
	def action(StringBuilder variable, String newValue, String feature) {
		if (!variable.toString().equals(newValue)) {
			String tmpID = id.toString()
			variable.replace(0, variable.length(), newValue)
			println("$feature of the valve with id:$tmpID is $newValue!")
			sendEvent([name: feature, value: newValue, deviceId: tmpID, descriptionText: "",
				   displayed: true, linkText: "", isStateChange: false, unit: "", data: '{"info": "info"}'])
		}
	}

	// Methods to return values
	def getCurrentValve() {
		return currentValve.toString()
	}
}