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MQTT app
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MQTT app
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/*
Copyright Kevin Hawkins 2019 [email protected]
RESTRICTED LICENCE:
See associated licence file.
By usage of this application you accept the terms of the licence.
Currently no part of this code may be copied, redistributed, altered or used in any way without my express written/email permission.
This code may be installed for the express purpose of testing and reporting issues. You may also
alter and adapt this code for your own personal useage, but it may not be onwardly distributed to anyone in any form, or portions used in any other available application.
My current intention is to relax the terms of this licence upon general release.
No representation of any form is made to the suitability of this code or it's fitness for any purpose at all. Use entirly at your own discretion and risk . No liability accepted.
Logging code was adapted from Eric Vitale's ST LIFX application, with thanks. Copyright 2016 [email protected]
Many thanks for contributions from Casey, Jeff, Cody, Kirk, Andy and more. Much appreciated.
Support via Hubitat community beta threads
https://community.hubitat.com/t/beta-mqtt-app/32750
You can contact me via PM on that forum @kevin
Bug reports to this GitHub repository please (issues)
*/
/* #########################################################################################################
This application is provided free of charge .. enjoy.
Should you wish you can help keep me awake longer via this link
https://www.buymeacoffee.com/xAPPO
Many thanks .. much appreciated
######################################################################################################### */
import java.security.MessageDigest
//import groovy.json.JsonSlurper
definition(
name: "MQTT",
namespace: "ukusa",
author: "Kevin Hawkins",
importUrl: "https://raw.githubusercontent.com/xAPPO/MQTT/beta3/MQTT%20app",
description: "Links MQTT with HE devices",
category: "Intranet Connectivity",
iconUrl: "https://s3.amazonaws.com/smartapp-icons/Convenience/App-BigButtonsAndSwitches.png",
iconX2Url: "https://s3.amazonaws.com/smartapp-icons/Convenience/[email protected]",
installOnOpen: true,
iconX3Url: "https://s3.amazonaws.com/smartapp-icons/Convenience/[email protected]"
)
preferences { // can't use atomicState vars in this section
//page(name: "Configuration", title: "<h2><b>MQTT</b></h2>", nextPage: "vMQTT", uninstall: false, hideable: true,hideWhenEmpty: true){
page(name: "configuration", title: "<h2><b>MQTT</b></h2>",install: true, uninstall: true, hideable: true,hideWhenEmpty: true){
section ("<b>MQTT Broker</b>", hideable: true, hidden: true){
//createMQTTclient()
//input "mqtt2", "device.MQTTClient", required: false, multiple: false, title: ""
//input "mqtt", "device.MQTTClient", required: false, multiple: false, title: "<b>MQTT Broker</b>", submitOnChange: false
input name: "hubName", type: "text", title: "<b>Hub Name</b>", description: " choose a unique name for this Hubitat Hub", required: true, displayDuringSetup: true, submitOnChange: false
input name: "MQTTBroker", type: "text", title: "<b>MQTT Broker Address</b>      prefixed tcp:https://...", description: "e.g. tcp:https://192.168.1.17:1883 - NB you must include tcp:https://...", required: true, displayDuringSetup: true
input name: "username", type: "text", title: "<b>MQTT Username</b>", description: "(leave blank if none)", required: false, displayDuringSetup: true
input name: "password", type: "password", title: "<b>MQTT Password</b>", description: "(leave blank if none)", required: false, displayDuringSetup: true
//input "newMQTTDev", "button", title: "Create MQTT broker device driver", textColor: "green"
}
section ("<b>Configuration</b>", hideable: true, hidden: true) {
input "mqttRemoveDevices", "bool", title: "<b>Purge Discovered Devices</b><br> WARNING: Setting this will delete all your 'discovered devices' when you click 'Done'. However your selected devices from HA and homie discovery will be re-added automatically when app is run again but you will need to re-add them manually in your Dashboards. Your selected 'published' devices and any manually created 'ad-hoc' devices will not be affected", required: true, defaultValue: false, submitOnChange: false
input "WipeDevices", "bool", title: "Forget enabled devices; Warning you will have to manually re-enable your devices for export and import from MQTT", submitOnChange: false
input "logging", "enum", title: "<b>Log Level</b>", required: false, defaultValue: "INFO", options: ["TRACE", "DEBUG", "INFO", "WARN", "ERROR", "DISABLED"]
input "tempUnits", "enum", title: "<b>Temperature units</b>", required: false, defaultValue: "Celsius x.xx°C", options: ["Celsius x.xx°C", "Celsius x.x°C", "Fahrenheit °F","Fahrenheit x.x°F"]
input "lengthUnits", "enum", title: "<b>Length units (not yet functional)</b>", required: false, defaultValue: "Metric (mm,m,km)", options: ["Metric (mm,m,km)", "Imperial (inches/feet/miles)"]
input "allowMqttUnlock", "bool", title: "<b>Allow Unlock via MQTT</b><br>WARNING: Setting this will allow unlocking locks via MQTT. It is recommended that your MQTT instance requires username/password & is protected by SSL", required: false, defaultValue: false, submitOnChange: false
input "allowHSMDisarm", "bool", title: "<b>Allow HSM disarm via MQTT</b><br>WARNING: Setting this will allow HSM disarm via MQTT, provided 'Allow HSM control' is ON", required: false, defaultValue: false, submitOnChange: false
input "allowHSMControl", "bool", title: "<b>Allow HSM control via MQTT</b><br>WARNING: Setting this will allow all HSM control via MQTT (except disarming if 'Allow HSM disarm' is OFF)", required: false, defaultValue: false, submitOnChange: false
input "mqttKeypadMode", "enum", title: "<b>Allow Keypad control and specify when a code is needed</b><br>WARNING: Setting this will allow controlling Keypade code via MQTT. It is recommended that your MQTT instance requires username/password & is protected by SSL", required: false, defaultValue: "No control of keypad", options: ["No control of keypad", "No Keycode needed", "Keycode to Arm only","Keycode to Arm/Disarm"]
input name: "mqttKeypadCode", type: "text", title: "Keypad Code", description: " Code to be used via HA", submitOnChange: false, required: false
}
section ("<b>MQTT Publish Formats</b>", hideable: true, hidden: true){
//input "HEBasic", "bool", title: "<b>Hubitat basic MQTT</b>", required: true, defaultValue: false, submitOnChange: false
input "homiePublish", "bool", title: "<b>homie 3 protocol</b>", required: true, defaultValue: true, submitOnChange: false
input "minHomie", "bool", title: "<b>Complete & compliant homie topics</b>", required: true, defaultValue: true, submitOnChange: false
input "homieStatesPersist","bool",title: "<b>    ... retain homie states</b>", required: false, defaultValue: true, submitOnChange: false
input "HADiscovery", "bool", title: "<b>Home Assistant MQTT discovery protocol (requires homie3 publish enabled)</b>", required: true, defaultValue: false, submitOnChange: false
input name: "HADiscoveryTopic", type: "text", title: "<b>Home Assistant Discovery Topic</b>", description: " as configured in HA", required: false, displayDuringSetup: true, submitOnChange: false
input "HARemember", "enum", title: "<b>Home Assistant MQTT discovered devices</b>", required: false, defaultValue: "Remember",options: ["Forget", "Remember"], submitOnChange: false
}
section ("<b>Discovery into HE</b>",hideWhenEmpty: true, hideable: true, hidden: true) {
href(name: "href2",
title: "Discovery Protocols",
required: false,
page: "discovery")
}
section ("<b>Virtual Devices</b>",hideWhenEmpty: true, hideable: true, hidden: true) {
href(name: "href",
title: "HE Virtual devices associated with arbitrary MQTT topics",
required: false,
page: "vMQTT")
}
section ("<b>Publish these HE devices to MQTT</b>",hideWhenEmpty: true, hideable: true, hidden: true) {
input "modes", "bool", title: "Mode changes", required: false
input "hsm", "bool", title: "Hubitat Security Monitor", required: false
input "everything", "capability.*",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Everything (all capabilities/attributes a selected device supports)</b>", submitOnChange: false
input "alarms", "capability.alarm",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Alarms</b>", submitOnChange: false
// input "actuators", "capability.actuator",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Actuators</b>", submitOnChange: false
input "batterysensors", "capability.battery",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Battery sensors</b>", submitOnChange: false
input "bulbs", "capability.bulb",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Bulbs</b>", submitOnChange: false
input "buttons", "capability.button",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Buttons</b>", submitOnChange: false
input "buttonshold", "capability.holdableButton",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Buttons holdable</b>", submitOnChange: false
input "buttonspush", "capability.pushableButton",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Buttons pushable</b>", submitOnChange: false
input "buttonsrelease", "capability.releasableButton",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Buttons releasable</b>", submitOnChange: false
input "buttonsdtap", "capability.doubleTapableButton",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Buttons double tapable</b>", submitOnChange: false
input "carbonmonoxidesensors", "capability.carbonMonoxideDetector",hideWhenEmpty: true,multiple: true, required: false, title: "<b>Carbon monoxide detectors</b>", submitOnChange: false
input "chimes", "capability.chime",hideWhenEmpty: true,multiple: true, required: false, title: "<b>Chimes</b>", submitOnChange: false
input "colour", "capability.colorControl",hideWhenEmpty: true,multiple: true, required: false, title: "<b>Colour control light devices</b>", submitOnChange: false
input "colourT", "capability.colorTemperature",hideWhenEmpty: true,multiple: true, required: false, title: "<b>Colour temperature light devices</b>", submitOnChange: false
input "colourMode", "capability.colorMode",hideWhenEmpty: true,multiple: true, required: false, title: "<b>Colour Mode devices</b>", submitOnChange: false
input "contactsensors", "capability.contactSensor",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Contact sensors</b>", submitOnChange: false
input "dimmers", "capability.switchLevel",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Dimmers</b>", submitOnChange: false
input "fans", "capability.fanControl",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Fans</b>", submitOnChange: false
input "garagedoors", "capability.garageDoorControl",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Garage Door</b>", submitOnChange: false
input "humiditysensors", "capability.relativeHumidityMeasurement",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Humidity sensors</b>", submitOnChange: false
input "illuminancesensors", "capability.illuminanceMeasurement",hideWhenEmpty: false, multiple: true, required: false, title: "<b>Illuminance sensors</b>", submitOnChange: false
input "keypads", "capability.securityKeypad",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Keypads</b>", submitOnChange: false
input "locks", "capability.lock",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Locks</b>", submitOnChange: false //Casey
input "lights", "capability.light",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Lights</b>", submitOnChange: false //Casey
input "motionsensors", "capability.motionSensor",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Motion sensors</b>", submitOnChange: false
input "mqtttext", "capability.telnet",hideWhenEmpty: true, multiple: true, required: false, title: "<b>MQTT Text</b>", submitOnChange: false
input "musicplayers", "capability.musicPlayer",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Music Players</b>", submitOnChange: false
input "outlets", "capability.outlet",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Outlets</b>", submitOnChange: false
input "powersensors", "capability.powerMeter",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Power sensors</b>", submitOnChange: false
input "presencesensors", "capability.presenceSensor",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Presence sensors</b>", submitOnChange: false
input "ramp", "capability.switchLevel",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Ramp control via MQTT</b>", submitOnChange: false
input "refresh", "capability.*",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Refresh (if supported by device)</b>", submitOnChange: false //Casey
input "relayswitches", "capability.relaySwitch",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Relay Switches</b>", submitOnChange: false
input "sensors", "capability.sensor",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Sensors</b>", submitOnChange: false
input "shocksensors", "capability.shockSensor",hideWhenEmpty: true, title: "<b>Shock sensors</b>", multiple: true, required: false
input "smokesensors", "capability.smokeDetector",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Smoke detectors</b>", submitOnChange: false
input "speechsynthesis", "capability.speechSynthesis",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Speech Synthesis</b>", submitOnChange: false
input "switches", "capability.switch",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Switches</b>", submitOnChange: false
input "tempsensors", "capability.temperatureMeasurement",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Temperature sensors</b>", submitOnChange: false
input "thermostats", "capability.thermostat",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Thermostats</b>", submitOnChange: false
input "valves", "capability.valve",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Valves</b>", submitOnChange: false
input "globVars", "device.VirtualOmniSensor", required: false, title: "<b>Global Variables</b>",hideWhenEmpty: true, multiple: true, submitOnChange: false
input "gVars", "device.RMConnectorVariable", required: false, title: "<b>New Global Vars</b>",hideWhenEmpty: true, multiple: true, submitOnChange: false
//input "variables", "device.VirtualOmniSensor",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Variables</b>", submitOnChange: false
input "voltagesensors", "capability.voltageMeasurement",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Voltage sensors</b>", submitOnChange: false
input "watersensors", "capability.waterSensor",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Water Sensors</b>", submitOnChange: false
input "windowshades", "capability.windowShade",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Window Shades</b>", submitOnChange: false
input "listAll", "capability.*",hideWhenEmpty: true, title: "<b>List devices Capabilities and Attributes to Hubitat Topic</b>", multiple: true, required: false
//TODO add remaining sensors type (as and if requested)
}
}
//page(name: "vMQTT", nextPage: "discovery")
page(name: "vMQTT", nextPage: "configuration")
//page(name: "discovery", title: "Select MQTT discovered devices",nextPage: "vMQTT", install: true, uninstall: true)
page(name: "discovery", title: "Select MQTT discovered devices",nextPage: "configuration")
}
def vMQTT() {
//dynamicPage(name: "vMQTT", title: "<h2><b>Virtual MQTT Devices and Data</b></h2>(optional)", nextPage: "discovery") {
dynamicPage(name: "vMQTT", title: "<h2><b>Virtual MQTT Devices and Data</b></h2>(optional)", nextPage: "configuration") {
// Removing virtual Button as inpractical to implement
//atomicState.vList=["RM Connector Variable", "MQTT Text", "Virtual audioVolume", "Virtual Button","Virtual CO Detector", "Virtual Color Temperature Light", "Virtual Contact Sensor", "Virtual Dimmer", "Virtual Fan Controller", "Virtual Garage Door Controller", "Virtual Humidity Sensor", "Virtual Illuminance Sensor", "Virtual Lock", "Virtual Moisture Sensor", "Virtual Motion Sensor", "Virtual Multi Sensor", "Virtual Omni Sensor", "Virtual Presence", "Virtual RGB Light", "Virtual RGBW Light", "Virtual Shade","Virtual Smoke Detector", "Virtual Switch", "Virtual Temperature Sensor", "Virtual Thermostat" ]
atomicState.vList=["RM Connector Variable", "MQTT Text", "Virtual audioVolume","Virtual CO Detector", "Virtual Color Temperature Light", "Virtual Contact Sensor", "Virtual Dimmer", "Virtual Fan Controller", "Virtual Garage Door Controller", "Virtual Humidity Sensor", "Virtual Illuminance Sensor", "Virtual Lock", "Virtual Moisture Sensor", "Virtual Motion Sensor", "Virtual Multi Sensor", "Virtual Omni Sensor", "Virtual Presence", "Virtual RGB Light", "Virtual RGBW Light", "Virtual Shade","Virtual Smoke Detector", "Virtual Switch", "Virtual Temperature Sensor", "Virtual Thermostat" ]
//atomicState.attList=[:]
//def attmap = ['acceleration':'active|inactive','contact':'open|closed', 'water':"wet|dry"]
section {
//input "resetMappings", "button", title: "Reset Mappings", textColor: "red"
input "virtuals", "capability.virtual",hideWhenEmpty: true, multiple: true, required: false, title: "<b>Virtual Devices</b>", submitOnChange: false
input(name: "capability", type: "enum", title: "Device Type",description: null, multiple: false, required: false, submitOnChange: true, options: atomicState.vList)
}
//atomicState.attList=[]
attList=[]
//atomicState.edit=false
/*
List myDeviceList = []
lots.each { myDevice ->
if(myDevice.displayName != 'xyz') {
myDeviceList.add(myDevice.id)
}
}
switches.each { myDevice ->
if(myDevice.displayName != 'xyz') {
myDeviceList.add(myDevice.id)
}
}
dimmers.each { myDevice ->
if(myDevice.displayName != 'xyz') {
myDeviceList.add(myDevice.id)
}
}
carbonmonoxidesensors.each { myDevice ->
if(myDevice.displayName != 'xyz') {
myDeviceList.add(myDevice.id)
}
}
app.updateSettingWithType("lots", myDeviceList, "capability")
*/
//app.removeSetting(var)
// atomicState.Mappings=[:]
if (atomicState.Mappings==null) atomicState.Mappings=[:]
/* // No longer used ??? TODO check
for (i=0; i < atomicState.vList.size(); i++) { //this loops through all the HE virtual drivers (names held in vList)
def String varCap2="var_" + atomicState.vList[i].replaceAll("\\s","")
MQTTvirt = settings[varCap2]
if (MQTTvirt != null){
MQTTvirt.each { dev ->
data2=dev.getData()
if ((data2['mqtt']=="true")||(data2['mqtt']=="enabled")) { // these are the MQTT enabled devices for this driver type
data2.each { key, value ->
if ((value != null) && (value != "") && (value != " ")) {
if (key.endsWith ("_Topic")) { abort is
localMap=atomicState.Mappings
localMap.put (value, dev.deviceNetworkId)
atomicState.Mappings=localMap
}
// }
}
//Map Invert = data2.collectEntries { e -> [(e.value): e.key] }
}
}
log("Original data for $dev.displayName was $data2 ","DEBUG")
log ("Complete Topic Mappings are now $atomicState.Mappings", "DEBUG")
}
}
} //end for i loop
*/
if (capability) {
def String varCap = "var_" + "${capability}".replaceAll("\\s","")
sensor=false
settings[varCap].each { virtDev ->
if (virtDev !=null) virtDev.updateDataValue("mqtt", "enabled") // remove ?? not useful as we don't ever disable them ...
dOrigin = (virtDev.getDataValue("origin"))
if (dOrigin=='user') { // This avoids registering HE devices (again)
log ("Subscribe to events from virtual device $virtDev","DEBUG")
registerAll (virtDev,0,'auto')
}
}
dType = "capability.nowt"
if (capability.contains("Sensor")||capability.contains("Presence")) sensor=true
dType="device."+capability.replaceAll("\\s","")
// TODO iNVESTIGATE IMPACT OF USING NON VIRTUAL DEVICES
//else if (capability == "All Switches") dType= "capability.switch"
//else if (capability == "All Dimmers") dType= "capability.switchLevel"
section {
// if (atomicState.tete==null)
atomicState.tete =[]
//atomicState.virtList=[]
input(name: varCap, type: dType, title: "MQTT enabled $capability devices",description: null, multiple: true, required: false, submitOnChange: true)
//input(name: "testIt", type: dType , title: "MQTT enabled $capability devices",description: null, multiple: true, required: false, submitOnChange: true)
//input "testIt", dType, title: "Devices", multiple: true, required: false
}
section {
//app.updateSetting("vDev",["none"])
app.removeSetting("vDev")
/*
log.error "pruning"
List myDeviceList = []
//settings[varCap].each { myDevice ->
testIt.each { myDevice ->
dOrigin = (myDevice.getDataValue("origin"))
if(dOrigin=='user') {
log.error "Added $myDevice.displayName"
myDeviceList.add(myDevice.id)
}
else log.error "Removed $myDevice.displayName"
}
log.error myDeviceList
app.updateSettingWithType("testIt", myDeviceList, "capability")
//app.updateSettingWithType(testIt, myDeviceList, "device")
*/
input(name: "vDev", type: dType, title: "Edit this $capability device",description: null, multiple: false, required: false, submitOnChange: true)
if (vDev == null) {
app.updateSetting("vDevName","")
input (name: "vDevName",type: "text", title: "... or create a new virtual $capability device called ..." , required: false, submitOnChange: true)
if (vDevName != null){
atomicState.newDevName=vDevName // This isn't enough to identify it from an incoming MQTT message - can only identify by topic
atomicState.newDevType=capability
input "newVDev", "button", title: "Create device $vDevName", textColor: "green"
}
else atomicState.vDevName=""
}
else {
enabled=false
settings[varCap].each { enab ->
if ("$enab"=="$vDev") enabled=true
}
// input "editVDev", "button", title: "Edit device $vDev", textColor: "blue"
dOrigin = (vDev.getDataValue("origin"))
if (dOrigin=="user" && (enabled)) input "oldVDev", "button", title: "Delete device $vDev", textColor: "red"
}
}
}
atomicState.first=false
/*
if (atomicState.first) { // entry from another page
atomicState.first=false
}
*/
if (vDev) { // && atomicState.edit) { // this is the whole page
if (dOrigin=='user') {
log ("Selected Device is ${vDev.displayName} - last was {$atomicState.vDev}","DEBUG")
if (vDev.displayName==atomicState.vDev) newDev=false else newDev=true
// log ("newDev is $newDev","LOG")
if (newDev) {
log("#### Blocking any data updates to device from previous screen ####","INFO")
atomicState.attList=[]
temp=atomicState.attList
if (vDev.getTypeName()=="RM Connector Variable") temp.add("variable")
else if (vDev.getTypeName()=="MQTT Text") temp.add("text")
vDev.capabilities.each { cap ->
log ("Found $cap in vDev $vDev.displayName","INFO")
cap.attributes.each { attr ->
log ("Found attribute $attr in $vDev.displayName [$cap]", "WARN")
temp.add("${attr}")
}
}
log ("Attribute list is now $temp","WARN")
atomicState.attList=temp
// atomicState.attList now contains every attribute that the newly selected device has but caution - may not align with attrList=vDev.getSupportedAttributes()
// this is because 1) I force text values into atomicState.attList e.g. 'variable' and 'text' and also attrList has ALL (custom) attributes not just those within a capability
}
//else log ("Refresh of page with no change of device","KH") //something changed or F5
section {
// input(name: "atts", type: "enum", title: "Device Attributes",description: null, multiple: false, required: false, submitOnChange: true, options: ["Hi","you"])
}
atomicState.vDev=vDev.displayName
/*
dEnabled=null
try {
dEnabled = (vDev.getDataValue("mqtt"))
if (dEnabled==null) {
vDev.updateDataValue("mqtt", "default")
log ("Updated mqtt to 'default'","WARN")
dEnabled="default"
}
}
catch (e) {
log ("Added and updated mqtt to 'false'","WARN")
vDev.updateDataValue("mqtt", "false")
dEnabled="false"
}
if (dEnabled=="enabled") { // don't display if not mqtt enabled
*/
if (enabled) { // don't display if not mqtt enabled
section {
temp=atomicState.attList.sort()
atomicState.attList=temp
//input(name: "atts", type: "enum", title: "Device atomic Attributes",description: null, multiple: false, required: false, submitOnChange: true, options: atomicState.attList)
/*
input(name: "dMode", type: "enum", title: "Method to add device attribute topics",description: null, defaultValue: "Manual", multiple: false, required: true, submitOnChange: true, options: ["Manual", "Assisted from MQTT"]) //, "Create new device"])
if (dMode=="Assisted from MQTT") assisted=true else assisted=false
*/
assisted=false // beta2 and beta3 .. disabling this feature temporarily as confusing
if (assisted) input (name: "devWildcard", type: "text", title: "Please enter a wildcarded topic encompassing the whole device but no others", submitOnChange: true)
if ((assisted) && (devWildcard != null)) {
atomicState.dTopic=devWildcard
atomicState.devTopics = (atomicState.devTopics != null)?atomicState.devTopics:[]
input "topics", "button", title: "Get device topics from MQTT for ${devWildcard}"
input "deviceTopics", "enum", multiple: false, title: "<b>MQTT discovered topics within ${devWildcard} device</b>", options: atomicState.devTopics.sort()
if (!sensor){
input(name: "cmdSuffix", type: "text", title: "Command suffix for topics eg /set or /cmd", required: false, submitOnChange: true)
}
}
} //end section
atomicState.devTopics = (atomicState.devTopics != null)?atomicState.devTopics:[]
temp2=atomicState.devTopics
for (i=0; i < temp2.size(); i++) {
temp2[i]=temp2[i]+ "${cmdSuffix}"
}
section { //data value update section
for (i = 0; i < atomicState.attList.size(); i++) { // loops for every attribute device has
def String var = "var" + "${i}"
def String varCmd = "varCmd" + "${i}"
def String varAtt = "varAtt" + "${i}"
//def String varJSON = "varJSON" + "${i}"
// TODO Check - if this is a new device what happens
// Purge previous device settings
//log ( "var is " + var + " and attribute is "+ atomicState.attList[i],"LOG")
try {
data=vDev.getDataValue("${atomicState.attList[i]}_Topic")
if (newDev) app.updateSetting (var,data)
dataAtt=vDev.getDataValue("${atomicState.attList[i]}_MAP")
log ("Recovered data for map $i $dataAtt","LOG")
if (newDev) app.updateSetting (varAtt,dataAtt)
//dataJSON=vDev.getDataValue("${atomicState.attList[i]}_JSON")
// if (newDev) app.updateSetting (varJSON,dataJSON) //could be null
}
catch (e) {
log ("No state for $i","DEBUG")
}
if (!sensor){
try {
dataC=vDev.getDataValue("${atomicState.attList[i]}_Cmd")
if (newDev) app.updateSetting (varCmd,dataC)
}
catch (e) {
log ("No cmd for $i","DEBUG")
}
}
if (!newDev){ // this happens when a data value was updated and the device is redisplayed (it also happens when page two is originally entered too)
//app.removeSetting(var)
//app.removeSetting(varCmd)
//app.removeSetting(varAtt)
//app.removeSetting(varJSON)
//try {
temp=atomicState.topicLink
if (temp==null) temp=[:]
//log ("Settings for $var is ${settings[var]} ~ ${attList[i]}", "KH")
if ((settings[var]!=null) && (settings[var]!=data)) {
/*
log (" ","KH")
log ("[$i] UPDATE device $vDev.displayName - ${atomicState.attList[i]}_Topic","KH")
log ("[$i] UPDATING - from " + vDev.getDataValue("${atomicState.attList[i]}_Topic"),"KH")
*/
vDev.updateDataValue("${atomicState.attList[i]}_Topic", settings[var].trim())
myVal=settings[var].trim()
// ############################# TODO need to strip JSON
// log ("Updating topicLink .. $myVal = $vDev.deviceNetworkId","LOG")
if (temp.containsKey(myVal)){
list=temp[myVal] //.add(topic)
if (list.contains("$vDev.deviceNetworkId")) {
}
else {
list.add ("$vDev.deviceNetworkId")
temp["$myVal"]=list
}
}
else {
list=["$vDev.deviceNetworkId"]
temp["$myVal"] = list
}
log ("[$i] UPDATED on add to $myVal","KH") // ${settings[var]}","KH")
jas=myVal.indexOf("{")
if ((jas>0) && (myVal.endsWith(':}'))){ //strip json
//log ("Strip JSON value $defOne for subscribe" , "KH")
myVal=myVal.substring(0, jas)
}
mqtt = getChildDevice("MQTT: Child device driver")
if (mqtt!=null) mqtt.subscribeTopic ("$myVal") // // ("${settings[var]}")
// log (" ","KH")
}
//log ("varAtt is $varAtt ${settings[varAtt]} $dataAtt", "KH")
if ((settings[varAtt]!=null) && (settings[varAtt]!=dataAtt)) {
/*
log (" ","KH")
log ("[$i] UPDATE device $vDev.displayName - ${atomicState.attList[i]}_MAP","KH")
log ("[$i] UPDATING - from " + vDev.getDataValue("${atomicState.attList[i]}_MAP"),"KH")
log ("[$i] UPDATED to ${settings[varAtt]}","KH")
log ("[$i] CHECK " + vDev.getDataValue("${atomicState.attList[i]}_MAP"),"KH")
log (" ","KH")
*/
//TODO THIS IS A TEMPORARY FIX / HACK
//===================================
//attrList=vDev.getSupportedAttributes()
//if (attrList[i]!=null && attrList[i].dataType =="ENUM") {
if (atomicState.attList[i]=='level') {
log ("Blocking adding _MAP data for $atomicState.attList[i]","KH")
}
else {
log ("Updated[$i] " + atomicState.attList[i] +"_Map to" + settings[varAtt].trim(),"LOG")
vDev.updateDataValue("${atomicState.attList[i]}_MAP", settings[varAtt].trim())
}
}
/*
if (settings[varJSON]!=null){
String vJSON= settings[varJSON].toString()
//if (settings[varJSON]!=dataJSON) {
if (vJSON!=dataJSON) {
log (" ","KH")
log ("[$i] UPDATE device $vDev.displayName - ${atomicState.attList[i]}_JSON","KH")
log ("[$i] UPDATING - from " + vDev.getDataValue("${atomicState.attList[i]}_MAP"),"KH")
vDev.updateDataValue("${atomicState.attList[i]}_JSON", vJSON)
log ("[$i] UPDATED to $vJSON","KH")
log ("[$i] CHECK " + vDev.getDataValue("${atomicState.attList[i]}_JSON"),"KH")
log (" ","KH")
}
}
*/
if (!sensor) {
if ((settings[varCmd]!=null) && (settings[varCmd]!=dataC)) {
// ToDo - be able to send a JSON command
log (" ","DEBUG")
log ("[$i] UPDATE device $vDev.displayName - ${atomicState.attList[i]}_Cmd","DEBUG")
log ("[$i] UPDATING - from " + vDev.getDataValue("${atomicState.attList[i]}_Cmd"),"DEBUG")
vDev.updateDataValue("${atomicState.attList[i]}_Cmd", settings[varCmd].trim())
//myVal=settings[varCmd].trim()
//log ("myVal cmd $myVal vDev $vDev.deviceNetworkId","DEBUG")
//temp[myVal] = vDev.deviceNetworkId // Don't get incoming messages on Cmd topics
log ("[$i] UPDATED to ${settings[varCmd]}","DEBUG")
log (" ","DEBUG")
// subscribe this device for all attributes/events
log ("Subscribing to events from device $vDev","KH")
registerAll (vDev,0,'auto')
}
// }
}
/* }
catch (e) {
log ("[$i] Device $vDev.displayName doesn't have data for topics "+e ,"WARN")
}
*/
atomicState.topicLink=temp
} // not newDev
log ("atomicState.devTopics is $atomicState.devTopics","TRACE") //maybe old - for the last looked up device
log ("atomicState.attList is $atomicState.attList","TRACE")
if (assisted) {
input(name: var, type: "enum", title: "<b> ${atomicState.attList[i]} </b> attribute MQTT status topic", description: null, multiple: false, required: false, submitOnChange: true, options: atomicState.devTopics.sort() + "/sett")
if (!sensor) input(name: varCmd, type: "enum", title: "<b> ${atomicState.attList[i]} </b> MQTT command topic", description: null, multiple: false, required: false, submitOnChange: true, options: temp2.sort())
}
else {
if (i==0){
defOne=vDev.getDataValue("${atomicState.attList[i]}_Topic")
if ((defOne != null)&&(defOne!='')){
log ("TODO This is now not a valid topic to use for ID [$i] [$defOne] ","KH")
// This is not now viable as one topic can now map to several devices
//if (i==0){
try {
jas=defOne.indexOf("{")
if ((jas>0) && (defOne.endsWith(':}'))){
// log ("Strip JSON value $defOne for DNI" , "KH")
defOne=defOne.substring(0, jas )
}
//vDev.setDeviceNetworkId("MQTT:virtual_" + defOne )
// log ("$vDev.displayName - Blocked updating DeviceNetworkId with $defOne","KH")
}
catch(e) {
log ("DNI nametopic [MQTT:virtual_$defOne already exists please choose another: " +e,"ERROR")
dup=getChildDevice("MQTT:virtual_"+defOne)
if (dup!=null) log ("You already have a HE device [$dup.displayName] mapped to this MQTT topic","ERROR")
}
}
}
//if (i>0) log ("Several state topics for $vDev","DEBUG")
}
defTwo=vDev.getDataValue("${atomicState.attList[i]}_Cmd")
input(name: var, type: "text", defaultValue: defOne,title: "<b> ${atomicState.attList[i]} </b> attribute MQTT status topic", description: null, multiple: false, required: false, submitOnChange: true)
if (!sensor) input(name: varCmd, type: "text", defaultValue: defTwo, title: "<b> ${atomicState.attList[i]} </b> MQTT command topic", description: null, multiple: false, required: false, submitOnChange: true)
// try {
// BUG TOFIX our i values aren't aligned - we might skip attributes
attrList=vDev.getSupportedAttributes() // why do this when we have atomicState.attList[] - these may not align as this misses 'text and 'varaiable' but includes custom attributes and those not within a capability
// attrList is an attribute object atomicState.AttList is a text list of attributes.
//log.warn atomicState.attList
//log.warn attrList
if (attrList[i]!=null && attrList[i].dataType =="ENUM") {
String atts = "${attrList[i].getPossibleValues()}"
log ("ENUM on " + attrList[i] + " === " +atomicState.attList[i] + " === " + atts, "LOG")
//if (vDev.getDataValue("${atomicState.attList[i]}_MAP")){
if (vDev.getDataValue("${attrList[i]}_MAP")){
// Think I already have this in dataFalse
//try {dataAtt=vDev.getDataValue("${atomicState.attList[i]}_MAP")} catch(e) {log ("FAIL OFF","WARN")}
try {dataAtt=vDev.getDataValue("${attrList[i]}_MAP")} catch(e) {log ("FAIL OFF","WARN")}
// if (newDev){
app.updateSetting(varAtt,dataAtt)
defAtt=dataAtt
// }
//if (atomicState.attList[i] != "level") { // Need to expand this to other numerics and non binaries
if ("${attrList[i]}" != "level") { // Need to expand this to other numerics and non binaries
if (attrList[i].dataType =="ENUM") {
//input(name: varJSON, type: "text", defaultValue: '', title: "JSON {attribute:} name (optional)" , required: false, submitOnChange: false, hideWhenEmpty: true, width: 4)
//input(name: varAtt, type: "text", defaultValue: defAtt, title: "        MQTT payload map values for <b>$atts</b> for the <b>${atomicState.attList[i]}</b> attribute <br>         [status] or [status][command]" , required: false, submitOnChange: true)// , width: 6)
input(name: varAtt, type: "text", defaultValue: defAtt, title: "<b>${attrList[i]}</b> attribute MQTT payload map values to <b>${atts.replace(', ',',')}</b> for separate [status][command] or [shared]" , required: false, submitOnChange: true)// , width: 6)
}
if (!newDev) {
//log ("2a Updating old ${atomicState.attList[i]}_MAP with ${settings[varAtt]} on $vDev.displayName","KH")
//if (settings[varAtt] != null) vDev.updateDataValue("${atomicState.attList[i]}_MAP", settings[varAtt])// $settings?.stateOFF)
if (settings[varAtt] != null) vDev.updateDataValue("${attrList[i]}_MAP", settings[varAtt])// $settings?.stateOFF)
//log.debug "2b Updating old ${atomicState.attList[i]}_JSON with ${settings[varJSON]} on $vDev.displayName"
//if ((settings[varJSON] != null)&&(settings[varJSON] != ' ')) vDev.updateDataValue("${atomicState.attList[i]}_JSON", settings[varJSON])// $settings?.stateOFF)
}
}
}
else {
log ("Adding the default value for ${atomicState.attList[i]}_MAP","KH")
//vDev.updateDataValue("${atomicState.attList[i]}_MAP", atts)
atts=atts.replace(', ', ',')
vDev.updateDataValue("${attrList[i]}_MAP", atts.trim())
log ("Updating with #$atts# #${atts.trim()}#","WARN")
}
} //not ENUM
/*
if (vDev.getDataValue("${atomicState.attList[i]}_JSON")){
try {dataJSON=vDev.getDataValue("${atomicState.attList[i]}_JSON")} catch(e) {log ("FAIL ON","WARN")}
//if (newDev){
if (dataJSON!=null) app.updateSetting(varJSON,dataJSON)
defJSON=dataJSON
// }
if (atomicState.attList[i] != "level") {
input(name: varJSON, type: "text",defaultValue: defJSON, title: "        JSON {attribute:} name (optional) for <b>${atomicState.attList[i]}</b> attribute" , required: false, submitOnChange: true)
if (!newDev) {
log.debug "3a Updating old ${atomicState.attList[i]}_JSON with ${settings[varJSON]} on $vDev.displayName"
if ((settings[varJSON] != null)&&(settings[varJSON] != ' ')) {
vDev.updateDataValue("${atomicState.attList[i]}_JSON", settings[varJSON])
}
}
}
}
else {
log ("Need to add a default value for ${atomicState.attList[i]}_JSON","KH")
vDev.updateDataValue("${atomicState.attList[i]}_JSON", " ")
}
*/
}// end for loop on each attribute (i)
//atomicState.edit=false
} // end data value update section
try {
if (vDev.getDataValue("max_Level")){
app.removeSetting("maxLev")
section {
currentMax=vDev.getDataValue("max_Level")
if (currentMax != "null") { //null is a text value
app.updateSetting("maxLev",currentMax)
//if (maxLev!=null) currentMax=maxLev
if (!assisted) input(name: "maxLev", type: "text",defaultValue: currentMax, title: "Please enter the maximum possible level:" , required: false, submitOnChange: true)
else input(name: "maxLev", type: "enum",defaultValue: currentMax, title: "Please enter the maximum possible level:" , required: false, submitOnChange: true,multiple: false, options: atomicState.devTopics.sort())
//if (!newDev) vDev.updateDataValue("max_Level", "$Topic6")
if (!newDev) vDev.updateDataValue("max_Level", settings?.maxLev)
}
}
}
}
catch (e) {}
//atomicState.edit=false
} // not enabled for MQTT
else {
if (vDev!=null) section (title: "This device <b> $vDev </b> is not enabled above") { }
}
} //origin=user
else section (title: "This device <b> $vDev </b> was not created within this app and so can't be edited here") { }
} // end dynamic page (vDev)
//atomicState.edit=false
}
}
//=========================================================================================================================================================================================================================================
def discovery() { // can use atomicState vars in this section
//dynamicPage(name: "discovery", title: "", install: true, nextPage:"hrefPage", uninstall: false) {
//dynamicPage(name: "discovery", title: "MQTT Discovery Protocols", install: true, nextPage: "configuration", uninstall: false) {
dynamicPage(name: "discovery", title: "MQTT Discovery Protocols", nextPage: "configuration") {
section ("<h2><b>MQTT Discovery Protocols > HE </b></h2>(optional)"){
if (settings?.homieDiscovery && settings?.homieDevice!=null) homieEnabled='<font color="green">' else homieEnabled='<font color="darkred">'
if (settings?.HAStatestream && settings?.HAStatestreamTopic!=null) HAEnabled='<font color="green">' else HAEnabled='<font color="darkred">'
if (settings?.SonoffDiscovery) SonoffEnabled='<font color="green">' else SonoffEnabled='<font color="darkred">'
if (settings?.ShellyDiscovery) ShellyEnabled='<font color="green">' else ShellyEnabled='<font color="darkred">'
}
atomicState.onoffDevices = (atomicState.onoffDevices != null)?atomicState.onoffDevices:[]
atomicState.dimDevices = (atomicState.dimDevices != null)?atomicState.dimDevices:[]
atomicState.sensorDevices = (atomicState.sensorDevices != null)?atomicState.sensorDevices:[]
atomicState.buttonDevices = (atomicState.buttonDevices != null)?atomicState.buttonDevices:[]
atomicState.varDevices = (atomicState.varDevices != null)?atomicState.varDevices:[]
atomicState.lockDevices = (atomicState.lockDevices != null)?atomicState.lockDevices:[] //Casey
atomicState.ShellyDevices = (atomicState.ShellyDevices != null)?atomicState.ShellyDevices:[]
atomicState.SonoffDevices = (atomicState.SonoffDevices != null)?atomicState.SonoffDevices:[]
atomicState.HAPresenceDevices = (atomicState.HAPresenceDevices != null)?atomicState.HAPresenceDevices:[]
atomicState.HASwitchDevices = (atomicState.HASwitchDevices != null)?atomicState.HASwitchDevices:[]
atomicState.HALightDevices = (atomicState.HALightDevices != null)?atomicState.HALightDevices:[]
atomicState.HASensorDevices = (atomicState.HASensorDevices != null)?atomicState.HASensorDevices:[]
atomicState.HABinarySensorDevices = (atomicState.HABinarySensorDevices != null)?atomicState.HABinarySensorDevices:[]
atomicState.HAGroupDevices = (atomicState.HAGroupDevices != null)?atomicState.HAGroupDevices:[]
atomicState.HAInputBooleanDevices = (atomicState.HAInputBooleanDevices != null)?atomicState.HAInputBooleanDevices:[]
atomicState.HACoverDevices = (atomicState.HACoverDevices != null)?atomicState.HACoverDevices:[]
atomicState.HALockDevices = (atomicState.HALockDevices != null)?atomicState.HALockDevices:[]
atomicState.HADeviceTrackerDevices = (atomicState.HADeviceTrackerDevices != null)?atomicState.HADeviceTrackerDevices:[]
atomicState.HAClimateDevices = (atomicState.HAClimateDevices != null)?atomicState.HAClimateDevices:[]
atomicState.HAUnknownDevices = (atomicState.HAUnknownDevices != null)?atomicState.HAUnknownDevices:[]
atomicState.homieUnknownDevices = (atomicState.homieUnknownDevices != null)?atomicState.homieUnknownDevices:[]
atomicState.MQTTvirtuals = (atomicState.MQTTvirtuals != null)?atomicState.MQTTvirtuals:[]
numText=''
numhomieDevs=0 // number of homie devices
if (atomicState.onoffDevices != null) numhomieDevs+= atomicState.onoffDevices.size() // these are all homie devices
if (atomicState.dimDevices != null) numhomieDevs+= atomicState.dimDevices.size()
if (atomicState.sensorDevices != null) numhomieDevs+= atomicState.sensorDevices.size()
if (atomicState.lockDevices != null) numhomieDevs+= atomicState.lockDevices.size() //Casey
if (atomicState.buttonDevices != null) numhomieDevs+= atomicState.buttonDevices.size()
if (atomicState.varDevices != null) numhomieDevs+= atomicState.varDevices.size()
if (atomicState.homieUnknownDevices != null) numhomieDevs+= atomicState.homieUnknownDevices.size()
numHADevs=0 // number of homie devices
if (atomicState.HABinarySensorDevices != null) numHADevs+= atomicState.HABinarySensorDevices.size() // these are all homie devices
if (atomicState.HAClimateDevices != null) numHADevs+= atomicState.HAClimateDevices.size()
if (atomicState.HACoverDevices != null) numHADevs+= atomicState.HACoverDevices.size()
if (atomicState.HADeviceTrackerDevices != null) numHADevs+= atomicState.HADeviceTrackerDevices.size() //Casey
if (atomicState.HAGroupDevices != null) numHADevs+= atomicState.HAGroupDevices.size()
if (atomicState.HAInputBooleanDevices != null) numHADevs+= atomicState.HAInputBooleanDevices.size()
if (atomicState.HALightDevices != null) numHADevs+= atomicState.HALightDevices.size()
if (atomicState.HALockDevices != null) numHADevs+= atomicState.HALockDevices.size() //Casey
if (atomicState.HAPresenceDevices != null) numHADevs+= atomicState.HAPresenceDevices.size()
if (atomicState.HASensorDevices != null) numHADevs+= atomicState.HASensorDevices.size()
if (atomicState.HASwitchDevices != null) numHADevs+= atomicState.HASwitchDevices.size()
if (atomicState.HAUnknownDevices != null) numHADevs+= atomicState.HAUnknownDevices.size()
// TODO add more ? .. test for null redundant
def numEnabled=0
if (Homie_onoff!=null) numEnabled += settings?.Homie_onoff.size()
if (Homie_dim!=null) numEnabled += settings?.Homie_dim.size()
if (Homie_sensors!=null) numEnabled += settings?.Homie_sensor.size()
if (Homie_sensors!=null) numEnabled += settings?.Homie_button.size()
if (Homie_sensors!=null) numEnabled += settings?.Homie_variable.size()
if (Homie_sensors!=null) numEnabled += settings?.Homie_unknowns.size()
if (settings?.homieDiscovery){
if (atomicState.started) numText = "${numEnabled} of ${numhomieDevs} discovered devices enabled"
else numText="checking"
}
else {
numText="disabled"
}
section (homieEnabled+"<b>homie</b> [${numText}]</font>", hideable: true, hidden: true){
if (settings?.Homie_onoff != null) ho = settings?.Homie_onoff.size() else ho=0 // Elvis isnt in the house TODO
if (settings?.Homie_dim != null) hd = settings?.Homie_dim.size() else hd=0
if (settings?.Homie_sensor != null) hs = settings?.Homie_sensor.size() else hs=0
if (settings?.Homie_button != null) hb = settings?.Homie_button.size() else hb=0
if (settings?.Homie_variable != null) hv = settings?.Homie_variable.size() else hv=0
if (settings?.Homie_lock != null) hl = settings?.Homie_lock.size() else hl=0
if (settings?.Homie_unknowns != null) hu = settings?.Homie_unknowns.size() else hu=0
input "homieDiscovery", "bool", title: "<b>homie 3 protocol<b>", required: true, defaultValue: false, submitOnChange: false
input name: "homieDevice", type: "text", title: "<b>homie device topic name</b>", description: "... to import devices from", required: false, displayDuringSetup: false
input "Homie_onoff", "enum", multiple: true, title: "<b>Discovered ${atomicState.onoffDevices.size()} homie switches       [^${ho}]</b>", options: atomicState.onoffDevices.sort()
input "Homie_dim", "enum", multiple: true, title: "<b>Discovered ${atomicState.dimDevices.size()} homie dimmers       [^${hd}]</b>", options: atomicState.dimDevices.sort()
input "Homie_sensor", "enum", multiple: true, title: "<b>Discovered ${atomicState.sensorDevices.size()} homie sensors       [^${hs}]</b>", options: atomicState.sensorDevices.sort()
input "Homie_button", "enum", multiple: true, title: "<b>Discovered ${atomicState.buttonDevices.size()} homie buttons       [^${hb}]</b>", options: atomicState.buttonDevices.sort()
input "Homie_variable", "enum", multiple: true, title: "<b>Discovered ${atomicState.varDevices.size()} homie variables       [^${hv}]</b>", options: atomicState.varDevices.sort()
input "Homie_lock", "enum", multiple: true, title: "<b>Discovered ${atomicState.lockDevices.size()} homie locks       [^${hl}]</b>", options: atomicState.lockDevices.sort()
input "Homie_unknowns", "enum", multiple: true, title: "<b>Discovered ${atomicState.homieUnknownDevices.size()} homie devices that are not supported yet       [^${hu}]</b>", options: atomicState.homieUnknownDevices.sort()
}
section {}
numText=''
numEnabled=0
// TODO - below line can still error initially ....alpha
if (HA_Switches!=null) numEnabled = settings?.HA_Switches.size()
if (HA_Lights!=null) numEnabled += settings?.HA_Lights.size()
if (HA_Sensors!=null) numEnabled += settings?.HA_Sensors.size()
if (HA_BinarySensors!=null) numEnabled += settings?.HA_BinarySensors.size()
if (HA_Groups!=null) numEnabled += settings?.HA_Groups.size()
if (HA_Presence!=null) numEnabled += settings?.HA_Presence.size()
if (HA_InputBooleans!=null) numEnabled += settings?.HA_InputBooleans.size()
if (numEnabled>=0) numText = "${numEnabled} of ${numHADevs} enabled"
if (settings?.HAStatestream){
if (atomicState.started) numText = "${numEnabled} of ${numHADevs} discovered devices enabled"
else numText="checking"
}
else {
numText="disabled"
}
section (HAEnabled+"<b>Home Assistant</b> [${numText}]</font>", hideable: true, hidden: true) {
if (settings?.HA_Switches != null) HAsw = settings?.HA_Switches.size() else HAsw=0 // Elvis isnt in the house TODO
if (settings?.HA_Lights != null) HAli = settings?.HA_Lights.size() else HAli=0
if (settings?.HA_Sensors != null) HAse = settings?.HA_Sensors.size() else HAse=0
if (settings?.HA_BinarySensors != null) HAbs = settings?.HA_BinarySensors.size() else HAbs=0
if (settings?.HA_Groups != null) HAg = settings?.HA_Groups.size() else HAg=0
if (settings?.HA_Presence != null) HAp = settings?.HA_Presence.size() else HAp=0
if (settings?.HA_InputBooleans != null) HAib = settings?.HA_InputBooleans.size() else HAib=0
if (settings?.HA_Covers != null) HAco = settings?.HA_Covers.size() else HAco=0
if (settings?.HA_Locks != null) HAlo = settings?.HA_Locks.size() else HAlo=0
if (settings?.HA_DeviceTrackers != null) HAd = settings?.HA_DeviceTrackers.size() else HAd=0
if (settings?.HA_Climates != null) HAcl = settings?.HA_Climates.size() else HAcl=0
input "HAStatestream", "bool", title: "Home Assistant statestream", required: true, defaultValue: false, submitOnChange: true
input name: "HAStatestreamTopic", type: "text", title: "Home Assistant Statestream topic", description: "", required: false, displayDuringSetup: false
input "HA_Switches", "enum", multiple: true, title: "Discovered ${atomicState.HASwitchDevices.size()} Home Assistant switches       [^${HAsw}]", options: atomicState.HASwitchDevices.sort()
input "HA_Lights", "enum", multiple: true, title: "Discovered ${atomicState.HALightDevices.size()} Home Assistant lights       [^${HAli}]" , options: atomicState.HALightDevices.sort()
input "HA_Sensors", "enum", multiple: true, title: "Discovered ${atomicState.HASensorDevices.size()} Home Assistant sensors       [^${HAse}]" , options: atomicState.HASensorDevices.sort()
input "HA_BinarySensors", "enum", multiple: true, title: "Discovered ${atomicState.HABinarySensorDevices.size()} Home Assistant binary sensors       [^${HAbs}]" , options: atomicState.HABinarySensorDevices.sort()
input "HA_Groups", "enum", multiple: true, title: "Discovered ${atomicState.HAGroupDevices.size()} Home Assistant groups       [^${HAg}]" , options: atomicState.HAGroupDevices.sort()
input "HA_Presence", "enum", multiple: true, title: "Discovered ${atomicState.HAPresenceDevices.size()} Home Assistant persons       [^${HAp}]" , options: atomicState.HAPresenceDevices.sort()
input "HA_InputBooleans", "enum", multiple: true, title: "Discovered ${atomicState.HAInputBooleanDevices.size()} Home Assistant input booleans       [^${HAib}]" , options: atomicState.HAInputBooleanDevices.sort()
input "HA_Covers", "enum", multiple: true, title: "Discovered ${atomicState.HACoverDevices.size()} Home Assistant Covers       [^${HAco}]" , options: atomicState.HACoverDevices.sort()
input "HA_Locks", "enum", multiple: true, title: "Discovered ${atomicState.HALockDevices.size()} Home Assistant Locks       [^${HAlo}]" , options: atomicState.HALockDevices.sort()
input "HA_DeviceTrackers", "enum", multiple: true, title: "Discovered ${atomicState.HADeviceTrackerDevices.size()} Home Assistant Device Trackers       [^${HAd}]" , options: atomicState.HADeviceTrackerDevices.sort()
input "HA_Climates", "enum", multiple: true, title: "Discovered ${atomicState.HAClimateDevices.size()} Home Assistant Climate Devices       [^${HAcl}]" , options: atomicState.HAClimateDevices.sort()
input "HA_Unknowns", "enum", multiple: false, title: "Discovered ${atomicState.HAClimateDevices.size()} Home Assistant Devices that are not supported yet       [^${HAcl}]" , options: atomicState.HAUnknownDevices.sort()
}
}
}
def appButtonHandler(btn) {
mqtt = getChildDevice("MQTT: Child device driver")
if (btn=="newVDev") {
createVirtual()
}
else if (btn=="topics") {
atomicState.devTopics=[]
mqtt.subscribeWildcardTopic (atomicState.dTopic)
}
else if (btn=="commit") {
log ("updating the topics","TRACE")
}
else if (btn=="resetMappings") {
atomicState.Mappings=[:]
}
else if (btn=="oldVDev") {
deleteChildDevice(vDev.deviceNetworkId)
log ("Deleted virtual device $vDev","WARN")
}
else if (btn=="editVDev") {
atomicState.edit=true
}
}
//child
def createMQTTclient() { //TODO IP username password
namespace='ukusa'
log ("FYI your MQTT child devices are ${getChildDevices()} ","INFO")
childDev=getChildDevice("MQTT: Child device driver")
if (childDev == null){ //This is a carryover of the client app not being 'selected' anymore in an input dropdown.
log ("Creating MQTT client child driver" , "INFO")
try {
addChildDevice(namespace, "MQTT Client", "MQTT: Child device driver", null,[completedSetup: true,name: "MQTT: Child device driver", logging: false])
log ("MQTT child client created","INFO")
}
catch (e) {
log ("Problem creating child device " + e, "TRACE")
}
//childDev=getChildDevice("MQTT: Child device driver")
//if (childDev == null) log ("MQTT client child was never created" , "ERROR")
}
else log ("MQTT child client already exists","TRACE")
}
//child
def createVirtual () {
if (atomicState.newDevType == "MQTT Text") namespace = 'ukusa' else namespace = 'hubitat'
addChildDevice(namespace, "$atomicState.newDevType", "MQTT:virtual_${atomicState.newDevName}", null,[completedSetup: true,name: "${atomicState.newDevName}", logging: false])
childDev=getChildDevice("MQTT:virtual_${atomicState.newDevName}") //hmm seems childDevice is not a device object
if (childDev == null) log ("Child was never created" + prefix+name , "ERROR")
else log ("Created Child $atomicState.newDevType with name $atomicState.newDevName","INFO")
childDev.updateDataValue("mqtt", "manual")
childDev.updateDataValue("origin", "user")
if (childDev.typeName.contains("Sensor")||childDev.typeName.contains("Presence")) sensor=true else sensor=false
childDev.capabilities.each { cap ->
log ("Found $cap in childDev $childDev.displayName","INFO")
cap.attributes.each { attr ->
log ("Found attribute $attr in $childDev.displayName [$cap]", "INFO")
att="$attr"
data=att+"_Topic"
if ((childDev.getDataValue(data))&&(childDev.getDataValue(data)!=" ")){
log ("$childDev.displayName data $data already exists","DEBUG")
if (att=='level') {
if (!childDev.getDataValue("max_Level")) childDev.updateDataValue("max_Level", "100")
}
}
else {
childDev.updateDataValue(data, " ") // Have to add a space here so that data displays in my editor
log ("Adding data $data to $childDev.displayName","INFO")
if (att=='level') childDev.updateDataValue("max_Level", "100")
}
if (!sensor) {
data=att+"_Cmd"
if ((childDev.getDataValue(data))&&(childDev.getDataValue(data)!=" ")){
log ("$childDev.displayName data $data already exists","DEBUG")
}
else {
childDev.updateDataValue(data, " ")
log ("Adding data $data to $childDev.displayName","INFO")
}
}
}
}
attr2List=childDev.getSupportedAttributes()
for (j = 1; j < attr2List.size(); j++) {
if (attr2List[j].dataType =="ENUM") {
String atts = "${attr2List[j].getPossibleValues()}"
if ((childDev.getDataValue("${attr2List[j]}_MAP"))&&(childDev.getDataValue("${attr2List[j]}_MAP")!=" ")){
log ("$childDev.displayName ${attr2List[j]}_MAP already exists","TRACE")
}
else {
log ("Adding the default attribute values to ${attr2List[j]}_MAP","KH")
atts=atts.trim()
childDev.updateDataValue("${attr2List[j]}_MAP", atts.replace(', ', ','))
}
}
else log ("Attribute was not ENUM [${attr2List[j]}] $attr2List[j].dataType", "INFO")
} // end for
if (atomicState.newDevType == "MQTT Text") {
childDev.updateDataValue("text_Topic", "") // This attribute is not discovered within capability as it is custom
childDev.updateDataValue("text_Cmd", "")
}
}
def installed() {
log ( "${app.name} Installed","INFO")
//createMQTTclient()
atomicState.topicMap=[:]
atomicState.nameMap=[:]
//createMQTTclient()
wipe() // also initialises
initialize()
atomicState.appCount=0
}
def updated() {
log ("${app.name} Updated", "INFO")
unsubscribe()
//createMQTTclient()
atomicState.count=0
unschedule()
initialize()
}
def uninstalled() {
log ("Deleting all child devices", "WARN")
wipe()
removeAllChildDevices()
}
def reStart(evt) {
log ("===================== ReStart =====================", "INFO")
atomicState.restartPending=false
unschedule()
unsubscribe()
initialize()
}
def initialize() {
mqtt = getChildDevice("MQTT: Child device driver")
if (mqtt==null) {