fair enough, i have added support for the ext_switch_state as attribute, and as ContactSensor (open/closed) there is even a setting for if you have "reversed the contact sensor as this can be done in the shelly app"
I recommend that you use the ContactSensor with MakerAPI, that way you can create a HTTP call in the shelly relay to update the state of the sensor in hubitat on-the-fly like a normal ContactSensor would
/**
*
* Shelly Switch Relay Driver
*
* Copyright © 2018-2019 Scott Grayban
* Copyright © 2020 Allterco Robotics US
*
* Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except
* in compliance with the License. You may obtain a copy of the License at:
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software distributed under the License is distributed
* on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License
* for the specific language governing permissions and limitations under the License.
*
* Hubitat is the Trademark and intellectual Property of Hubitat Inc.
* Shelly is the Trademark and Intellectual Property of Allterco Robotics Ltd
*
*-------------------------------------------------------------------------------------------------------------------
*
* See all the Shelly Products at https://shelly.cloud/
* Supported devices are:
* 1/1PM/2/2.5/EM/Plug/PlugS/4Pro/EM3/SHPLG-U1
*
* Changes:
* Dion Pedersen: Added ContactSensor function for external swith module, note must use black and yellow wire, selection of reversed as in native shelly-app
* To get instant response from the Shelly Contact Sensor, go to the shelly App, and setup a HTTP call for MakerAPI, otherwise there is a need for manual refresh
* 3.0.8 - Fixed missing directive for EM3 meters
* 3.0.7 - Added external temperature and humidity attributes.
* - ctraf settings removed from EM3
* 3.0.6 - Added VoltageMeasurement for the 4Pro input voltage
* - Fixed a issue where the ntp server and devicename would be deleted if the relay # was not 0
* 3.0.5 - Added support for the Shelly Plug US
* 3.0.4 - Added support for External Sensor Hat for the Shelly1 and 1PM
* 3.0.3 - Added support for the ShellEM 3 phase
* 3.0.2 - Fixed a bug with Shelly EM/4PRO to not set a relayname for the second EM channel
* - Fixed excessive logging chatter
* - Added NTP server preference
* - Added manual/poll for refreshing
* 3.0.1 - Added switch to prevent(protect) accidental power off or on. Simular to the phone app pin code.
* - Added Mains or Battery for power source for the Shelly 1 and 2.5
* - Fixed the secure login username password (!!Note: Passwords must not contain these special characters &?)
* - Added code that will update Maxpower setting if changed via app or embedded webserver
* - Prevent any settings from being set, shown or retrieved until IP is set
* - Only show correct device settings *after* IP is saved since all settings do not apply to all shelly devices
* - More code for Plug and PlugS support
* - Added missing code to turn off JSON debugging after set time
* - You can now set the device name and relay channel name. EG; DeviceName can be a location/room and RelayName can be light, appliance or a power strip controler
* - Many thanks to Dawid Filo for his help in debuging the Plug(S) code
* 3.0.0 - Fixed some bug regarding the getDataValue which would prevent the driver from working correctly
* 2.0.9 - Added the ability to update device FW
* 2.0.8 - RSSI value is definded as exelent, good or poor. The actual rssi reading is under state variables.
* 2.0.7 - Added MaxPower to attributes
* - Added preference setting for max_power for relay channel
* - Removed getShellyAddress()
* - Added ctraf setting for Shelly EM Current transformer type
* - Changed powerTotal to energy attribute to match the capability "EnergyMeter"
* - Removed importURL
* - Code located at https://gitlab.borgnet.us:8443/sgrayban/shelly-drivers/tree/master/Drivers/Shelly
* 2.0.6 - Added new tC/tF attributes
* - Added deviceType for device identification for current/future code
* - ShellyEM support
* - Added new capability VoltageMeasurement
* - ShellyPlug support
* 2.0.5 - Code added for JSON debug switch
* - New attributes that can be used in RM
* - 1 call for API status now
* - Supports all relay channels 0-3
* - Supports username/password
* - Added the ability to reboot device
* 2.0.4 - Code added for all Shelly relay switches
* 2.0.3 - Changed operand for refresh rate in update()
* 2.0.2 - Changed how the update check worked if refresh rate was set to No Selection
* 2.0.1 - Modified code to allow install more then once - added version control
* 2.0.0 - Removed more ST code and added auto refresh option and debugging info switches.
* 1.0.0 - Initial port
*
*/
import groovy.json.*
import groovy.transform.Field
def setVersion(){
state.Version = "3.0.8"
state.InternalName = "ShellyAsASwitch"
}
metadata {
definition (
name: "Shelly Switch Relay",
namespace: "ShellyUSA",
author: "Scott Grayban",
importUrl: "https://raw.githubusercontent.com/ShellyUSA/Hubitat-Drivers/master/Shelly-as-a-Switch.groovy"
)
{
capability "Actuator"
capability "Sensor"
capability "ContactSensor"
capability "Refresh"
capability "Switch"
capability "RelaySwitch"
capability "Polling"
capability "PowerMeter"
capability "EnergyMeter"
capability "VoltageMeasurement"
capability "SignalStrength"
capability "PowerSource"
capability "TemperatureMeasurement"
capability "RelativeHumidityMeasurement"
capability "VoltageMeasurement"
attribute "FW_Update_Needed", "string"
attribute "LastRefresh", "string"
attribute "power", "number"
attribute "overpower", "string"
attribute "internal_tempC", "number"
attribute "internal_tempF", "number"
attribute "DeviceOverTemp", "string"
attribute "MAC", "string"
attribute "RelayChannel", "number"
attribute "Primary_IP", "string"
attribute "Primary_SSID", "string"
attribute "Secondary_IP", "string"
attribute "Secondary_SSID", "string"
attribute "WiFiSignal", "string"
attribute "Cloud", "string"
attribute "Cloud_Connected", "string"
attribute "energy", "number"
attribute "DeviceType", "string"
attribute "eMeter", "number"
attribute "reactive", "number"
attribute "MaxPower", "number"
attribute "CircuitAmp", "string"
attribute "LED_Output", "string"
attribute "LED_NetworkStatus", "string"
attribute "DeviceName", "string"
attribute "RelayName", "string"
attribute "NTPServer", "string"
attribute "ext2_temperature", "number"
attribute "ext2_humidity", "number"
attribute "ext3_temperature", "number"
attribute "ext3_humidity", "number"
attribute "ext_switch_state", "number"
command "RebootDevice"
command "UpdateDeviceFW" // ota?update=1
//command "updatecheck" // Only used for development
command "getSettings"
}
preferences {
def refreshRate = [:]
refreshRate << ["1 min" : "Refresh every minute"]
refreshRate << ["5 min" : "Refresh every 5 minutes"]
refreshRate << ["15 min" : "Refresh every 15 minutes"]
refreshRate << ["30 min" : "Refresh every 30 minutes"]
refreshRate << ["manual" : "Manually or Polling Only"]
input("ip", "string", title:"IP", description:"Shelly IP Address", defaultValue:"" , required: true)
input name: "username", type: "text", title: "Username:", description: "(blank if none)", required: false
input name: "password", type: "password", title: "Password:", description: "(blank if none)", required: false
if (ip == null) input("channel", "number", title:"Relay Channel", description:"0,1,2,or 3 :", defaultValue:"0" , required: true) // Show at device setup only
if (ip != null) { // show settings *after* IP is set as some settings do not apply to all devices
if (getDataValue("model") in ["SHEM","SHEM-3"]) channel = 0 // The EM devices only have 1 relay
if (channel < 1) input name: "ntp_server", type: "text", title: "NTP time server:", description: "E.G. time.google.com or 192.168.0.59", defaultValue: "time.google.com", required: true
// Only show for channel 0 since the device name is for the entire device
if (channel < 1) input name: "devicename", type: "text", title: "Give your device a name:", description: "EG; Location/Room<br>NO SPACES in name", required: false
if (!(getDataValue("model") in ["SHPLG-S","SHPLG-1","SHEM","SHEM-3","SHPLG-U1"])) { // The Plug devices do not offer a relay name
input name: "relayname", type: "text", title: "Label your relay control:", description: "EG; Light/Appliance<br>NO SPACES in name", required: false
}
if (channel != 1 && getDataValue("model") in ["SHEM","SHEM-3"])
input name: "relayname", type: "text", title: "Label your relay control:", description: "EG; Light/Appliance<br>NO SPACES in name", required: false
input "protect", "enum", title:"Prevent accidental off/on", defaultValue: true, options: [Yes:"Yes",No:"No"], required: true
if (!(getDataValue("model") in ["SHDM-1","SHSW-PM","SHSW-1","SHEM","SHEM-3"])) {
input("channel", "number", title:"Relay Channel", description:"0,1,2,or 3 :", defaultValue:"0" , required: true)
}
if (getDataValue("model") in ["SHEM","SHEM-3"]) {
input("eMeter", "number", title:"eMeter Channel", description:"0, 1 or 2 :", defaultValue:"0" , required: true)
}
if (getDataValue("model") == "SHEM") {
input("ctraf", "number", title:"Current Amperage(ctraf)", description:"50 or 120:", defaultValue:"50" , required: true)
}
if (getDataValue("model") in ["SHSW-25","SHSW-1"]) {
input("powersource", "enum", title:"Mains/Battery", description:"Shelly Power Source", defaultValue: true, options: [mains:"Mains",battery:"Battery"], required: true)
}
if (getDataValue("model") in ["SHSW-1","SHSW-PM"]) {
input name: "external_sensors", type: "bool", title: "Use External Sensor?", defaultValue: false
input "external_contact_reversed", "enum", title:"Is the external contact sensor reversed?", defaultValue: false, options: [Yes:"Yes",No:"No"], required: true
}
if (getDataValue("model") in ["SHPLG-S","SHPLG-1","SHPLG-U1"]) {
input("led_status", "enum", title:"LED indication for network status", description:"Enable/Disable", defaultValue: false, options: [false:"Enable",true:"Disable"])
input("led_power", "enum", title:"LED indication for output status", description:"Enable/Disable", defaultValue: false, options: [false:"Enable",true:"Disable"])
input("maxpower", "number", title:"Max Power", description:"Max power allowed for this relay is 2500W", defaultValue:"2500" , required: true)
state.RelayName = "N/A"
sendEvent(name: "RelayName", value: state.RelayName)
updateDataValue("RelayName", state.RelayName)
}
if (!(getDataValue("model") in ["SHSW-1","SHEM","SHDM-1","SHPLG-S","SHPLG-1","SHPLG-U1"])) {
input("maxpower", "number", title:"Max Power", description:"Max power allowed for this relay is 2300W", defaultValue:"2300" , required: true)
}
if (!(getDataValue("model") in ["SHEM","SHEM-3"]))
input("refresh_Rate", "enum", title: "Device Refresh Rate", description:"<font color=red>!!WARNING!!</font><br>DO NOT USE if you have over 50 Shelly devices.", options: refreshRate, defaultValue: "manual")
if (getDataValue("model") in ["SHEM","SHEM-3"]) input("refresh_Rate", "enum", title: "Device Refresh Rate", options: refreshRate, defaultValue: "1 min")
input "locale", "enum", title: "Choose refresh date format", required: true, defaultValue: true, options: [US:"US MM/DD/YYYY",UK:"UK DD/MM/YYYY"]
} // END IP check
input name: "debugOutput", type: "bool", title: "Enable debug logging?", defaultValue: true
input name: "debugParse", type: "bool", title: "Enable JSON parse logging?", defaultValue: true
input name: "txtEnable", type: "bool", title: "Enable descriptionText logging", defaultValue: true
input name: "Shellyinfo", type: "text", title: "<center><font color=blue>Info Box</font><br>Shelly API docs are located</center>",
description: "<center><br><a href='http://shelly-api-docs.shelly.cloud/' title='shelly-api-docs.shelly.cloud' target='_blank'>[here]</a></center>"
}
}
def initialize() {
log.info "initialize"
if (txtEnable) log.info "initialize"
}
def installed() {
log.debug "Installed"
state.DeviceName = "NotSet"
state.RelayName = "NotSet"
}
def uninstalled() {
unschedule()
log.debug "Uninstalled"
}
def updated() {
if (txtEnable) log.info "Preferences updated..."
log.warn "Debug logging is: ${debugOutput == true}"
log.warn "Switch protection is: ${settings?.protect}"
unschedule()
dbCleanUp()
if (ip != null) { // Don't set until IP is saved
if (!(getDataValue("model") in ["SHSW-1","SHEM"])) {
sendSwitchCommand "/settings/relay/${channel}?max_power=${maxpower}"
}
if (getDataValue("model") in ["SHPLG-1","SHPLG-S","SHPLG-U1"]) {
logDebug "LED setting ${led_status} and ${led_power}"
sendSwitchCommand "/settings?led_status_disable=${led_status}"
sendSwitchCommand "/settings?led_power_disable=${led_power}"
}
if (channel < 1) sendSwitchCommand "/settings?sntp_server=${ntp_server}"
// Set device and relay name
if (channel < 1) sendSwitchCommand "/settings?name=${devicename}"
if (!(getDataValue("model") in ["SHPLG-S","SHPLG-1","SHPLG-U1"])) sendSwitchCommand "/settings/relay/${channel}?name=${relayname}"
if (getDataValue("model") == "SHEM") sendSwitchCommand "/settings/relay/${channel}?ctraf_type=${ctraf_type}"
}
switch(refresh_Rate) {
case "1 min" :
runEvery1Minute(autorefresh)
break
case "5 min" :
runEvery5Minutes(autorefresh)
break
case "15 min" :
runEvery15Minutes(autorefresh)
break
case "30 min" :
runEvery30Minutes(autorefresh)
break
case "manual" :
unschedule(autorefresh)
log.info "Autorefresh disabled"
break
}
if (txtEnable) log.info ("Auto Refresh set for every ${refresh_Rate} minute(s).")
if (debugOutput) runIn(1800,logsOff) //Off in 30 minutes
if (debugParse) runIn(300,logsOff) //Off in 5 minutes
state.LastRefresh = new Date().format("YYYY/MM/dd \n HH:mm:ss", location.timeZone)
version()
refresh()
getSettings()
}
private dbCleanUp() {
state.remove("version")
state.remove("Version")
state.remove("ShellyfwUpdate")
state.remove("power")
state.remove("overpower")
state.remove("dcpower")
state.remove("max_power")
state.remove("internal_tempC")
state.remove("Status")
state.remove("max_power")
state.remove("RelayName")
}
def refresh(){
if (ip != null) { // Don't set until IP is saved
logDebug "Shelly Status called"
getSettings()
def params = [uri: "http://${username}:${password}@${ip}/status"]
try {
httpGet(params) {
resp -> resp.headers.each {
logJSON "Response: ${it.name} : ${it.value}"
}
obs = resp.data
logJSON "params: ${params}"
logJSON "response contentType: ${resp.contentType}"
logJSON "response data: ${resp.data}"
state.powerSource = settings?.powersource
sendEvent(name: "powerSource", value: state.powerSource)
state.RelayChannel = channel
sendEvent(name: "RelayChannel", value: state.RelayChannel)
if (obs.temperature != null) sendEvent(name: "internal_tempC", value: obs.temperature)
if (obs.tmp != null) {
sendEvent(name: "internal_tempC", unit: "C", value: obs.tmp.tC)
sendEvent(name: "internal_tempF", unit: "F", value: obs.tmp.tF)
}
if (obs.overtemperature != null) sendEvent(name: "DeviceOverTemp", value: obs.overtemperature)
if (obs.wifi_sta != null) {
state.rssi = obs.wifi_sta.rssi
state.ssid = obs.wifi_sta.ssid
state.ip = obs.wifi_sta.ip
sendEvent(name: "Primary_SSID", value: state.ssid)
sendEvent(name: "Primary_IP", value: state.ip)
}
/*
-30 dBm Excellent | -67 dBm Good | -70 dBm Poor | -80 dBm Weak | -90 dBm Dead
*/
signal = state.rssi
if (signal <= 0 && signal >= -70) {
sendEvent(name: "WiFiSignal", value: "<font color='green'>Excellent</font>", isStateChange: true);
} else
if (signal < -70 && signal >= -80) {
sendEvent(name: "WiFiSignal", value: "<font color='green'>Good</font>", isStateChange: true);
} else
if (signal < -80 && signal >= -90) {
sendEvent(name: "WiFiSignal", value: "<font color='yellow'>Poor</font>", isStateChange: true);
} else
if (signal < -90 && signal >= -100) {
sendEvent(name: "WiFiSignal", value: "<font color='red'>Weak</font>", isStateChange: true);
}
state.mac = obs.mac
sendEvent(name: "MAC", value: state.mac)
sendEvent(name: "rssi", value: state.rssi)
// Shelly EM emeters
if (state.DeviceType == "SHEM" || state.DeviceType == "SHEM-3") {
if (eMeter == 0 )sendEvent(name: "power", value: obs.emeters.power[0])
if (eMeter == 0 )sendEvent(name: "voltage", value: obs.emeters.voltage[0])
if (eMeter == 0 )sendEvent(name: "reactive", value: obs.emeters.reactive[0])
if (eMeter == 0 )sendEvent(name: "energy", value: obs.emeters.total[0])
if (eMeter == 1 )sendEvent(name: "power", value: obs.emeters.power[1])
if (eMeter == 1 )sendEvent(name: "voltage", value: obs.emeters.voltage[1])
if (eMeter == 1 )sendEvent(name: "reactive", value: obs.emeters.reactive[1])
if (eMeter == 1 )sendEvent(name: "energy", value: obs.emeters.total[1])
if (state.DeviceType == "SHEM-3") {
if (eMeter == 2 )sendEvent(name: "power", value: obs.emeters.power[2])
if (eMeter == 2 )sendEvent(name: "voltage", value: obs.emeters.voltage[2])
if (eMeter == 2 )sendEvent(name: "reactive", value: obs.emeters.reactive[2])
if (eMeter == 2 )sendEvent(name: "energy", value: obs.emeters.total[2])
}
state.eMeter = eMeter
sendEvent(name: "eMeter", value: state.eMeter)
}
// Device FW Updates
state.has_update = obs.has_update
if (state.has_update == true) {
if (txtEnable) log.info "sendEvent NEW SHELLY FIRMWARE"
sendEvent(name: "FW_Update_Needed", value: "<font color='red'>FIRMWARE Update Required</font>")
}
if (state.has_update == false) {
if (txtEnable) log.info "sendEvent Device FW is current"
sendEvent(name: "FW_Update_Needed", value: "<font color='green'>Device FW is current</font>")
}
// Cloud
state.cloud = obs.cloud.enabled
if (state.cloud == true) {
sendEvent(name: "Cloud", value: "<font color='green'>Enabled</font>")
} else {
sendEvent(name: "Cloud", value: "<font color='red'>Disabled</font>")
}
state.cloudConnected = obs.cloud.connected
if (state.cloudConnected == true) {
sendEvent(name: "Cloud_Connected", value: "<font color='green'>Connected</font>")
} else {
sendEvent(name: "Cloud_Connected", value: "<font color='red'>Not Connected</font>")
}
// Relays
if (obs.relays != null) {
if (channel ==0) ison = obs.relays.ison[0]
if (channel ==1) ison = obs.relays.ison[1]
if (channel ==2) ison = obs.relays.ison[2]
if (channel ==3) ison = obs.relays.ison[3]
if (ison == true) {
sendEvent(name: "switch", value: "on")
} else {
sendEvent(name: "switch", value: "off")
}
}
// Power Meters
if (obs.meters != null) {
if (channel ==0) power = obs.meters.power[0]
if (channel ==1) power = obs.meters.power[1]
if (channel ==2) power = obs.meters.power[2]
if (channel ==3) power = obs.meters.power[3]
if (power != null) sendEvent(name: "power", unit: "W", value: power)
// Power Totals
if (channel ==0) powerTotal = obs.meters.total[0]
if (channel ==1) powerTotal = obs.meters.total[1]
if (channel ==2) powerTotal = obs.meters.total[2]
if (channel ==3) powerTotal = obs.meters.total[3]
if (powerTotal != null) sendEvent(name: "energy", unit: "W", value: powerTotal)
}
// Over Power
if (obs.relays != null) {
if (channel ==0) overpower = obs.relays.overpower[0]
if (channel ==1) overpower = obs.relays.overpower[1]
if (channel ==2) overpower = obs.relays.overpower[2]
if (channel ==3) overpower = obs.relays.overpower[3]
if (overpower != null) sendEvent(name: "overpower", value: overpower)
}
// These devices don't offer the
// battery or mains option
// so the default is set to mains
if (getDataValue("model") in ["SHEM","SHEM-3"]) {
state.powerSource = "mains"
sendEvent(name: "powerSource", value: "mains")
}
if (getDataValue("model") == "SHSW-44") {
state.powerSource = "mains"
sendEvent(name: "voltage", value: obs.voltage)
sendEvent(name: "powerSource", value: "mains")
}
if (getDataValue("model") == "SHSW-PM") {
state.powerSource = "mains"
sendEvent(name: "powerSource", value: "mains")
}
if (getDataValue("model") == "SHSW-21") {
state.powerSource = "mains"
sendEvent(name: "powerSource", value: "mains")
}
if (getDataValue("model") == "SHPLG-1") {
state.powerSource = "mains"
sendEvent(name: "powerSource", value: "mains")
}
if (getDataValue("model") == "SHPLG-S") {
state.powerSource = "mains"
sendEvent(name: "powerSource", value: "mains")
}
if (getDataValue("model") == "SHPLG-U1") {
state.powerSource = "mains"
sendEvent(name: "powerSource", value: "mains")
}
// Externel Sensors Shelly 1 and 1PM only
if (external_sensors) {
if (obs.ext_sensors != null) {
t_unit = obs.ext_sensors.temperature_unit
state.temperature_unit = t_unit
ext_switch = obs.ext_switch
if (obs.ext_switch['0'] != null) {
sendEvent(name: "ext_switch_state", value:obs.ext_switch['0'].input)
if (external_contact_reversed == "No")
{
if (obs.ext_switch['0'].input == 0)
sendEvent(name:"contact", value: "open", isStateChange: false, descriptionText: "Contact was Opened")
if (obs.ext_switch['0'].input == 1)
sendEvent(name:"contact", value: "closed", isStateChange: false, descriptionText: "Contact was Closed")
}
if (external_contact_reversed == "Yes")
{
if (obs.ext_switch['0'].input == 1)
sendEvent(name:"contact", value: "open", isStateChange: false, descriptionText: "Contact was Opened")
if (obs.ext_switch['0'].input == 0)
sendEvent(name:"contact", value: "closed", isStateChange: false, descriptionText: "Contact was Closed")
}
}
if (obs.ext_temperature['0'] != null) sendEvent(name: "temperature", unit: t_unit, value: obs.ext_temperature['0']."t${t_unit}")
if (obs.ext_humidity['0'] != null) sendEvent(name: "humidity", value: obs.ext_humidity['0'].hum)
if (obs.ext_temperature['1'] != null) sendEvent(name: "ext2_temperature", unit: t_unit, value: obs.ext_temperature['1']."t${t_unit}")
if (obs.ext_humidity['1'] != null) sendEvent(name: "ext2_humidity", value: obs.ext_humidity['1'].hum)
if (obs.ext_temperature['2'] != null) sendEvent(name: "ext3_temperature", unit: t_unit, value: obs.ext_temperature['2']."t${t_unit}")
if (obs.ext_humidity['2'] != null) sendEvent(name: "ext3_humidity", value: obs.ext_humidity['2'].hum)
}
}
} // End try
} catch (e) {
log.error "something went wrong: $e"
}
} // End if !==ip
} // End Refresh Status
// Get shelly device type
def getSettings(){
if (ip != null) { // Don't set until IP is saved
logDebug "Get Shelly Settings"
def paramsSettings = [uri: "http://${username}:${password}@${ip}/settings"]
try {
httpGet(paramsSettings) {
respSettings -> respSettings.headers.each {
logJSON "ResponseSettings: ${it.name} : ${it.value}"
}
obsSettings = respSettings.data
logJSON "params: ${paramsSettings}"
logJSON "response contentType: ${respSettings.contentType}"
logJSON "response data: ${respSettings.data}"
state.DeviceType = obsSettings.device.type
if (state.DeviceType == "SHSW-1") sendEvent(name: "DeviceType", value: "Shelly 1")
if (state.DeviceType == "SHSW-PM") sendEvent(name: "DeviceType", value: "Shelly 1PM")
if (state.DeviceType == "SHSW-21") sendEvent(name: "DeviceType", value: "Shelly 2")
if (state.DeviceType == "SHSW-25") sendEvent(name: "DeviceType", value: "Shelly 2.5")
if (state.DeviceType == "SHSW-44") sendEvent(name: "DeviceType", value: "Shelly 4Pro")
if (state.DeviceType == "SHEM") sendEvent(name: "DeviceType", value: "Shelly EM")
if (state.DeviceType == "SHEM-3") sendEvent(name: "DeviceType", value: "Shelly EM3")
if (state.DeviceType == "SHPLG-1") sendEvent(name: "DeviceType", value: "Shelly Plug")
if (state.DeviceType == "SHPLG-S") sendEvent(name: "DeviceType", value: "Shelly PlugS")
if (state.DeviceType == "SHPLG-U1") sendEvent(name: "DeviceType", value: "Shelly Plug US")
state.ShellyHostname = obsSettings.device.hostname
state.sntp_server = obsSettings.sntp.server
sendEvent(name: "NTPServer", value: state.sntp_server)
// Plug and PlugS have network and output LED indicator lights
if (obsSettings.led_status_disable != null) {
if (obsSettings.led_status_disable == false) {
sendEvent(name: "LED_NetworkStatus", value: "<font color='green'>Enabled</font>")
} else {
sendEvent(name: "LED_NetworkStatus", value: "<font color='red'>Disabled</font>")
}
if (obsSettings.led_power_disable == false) {
sendEvent(name: "LED_Output", value: "<font color='green'>Enabled</font>")
} else {
sendEvent(name: "LED_Output", value: "<font color='red'>Disabled</font>")
}
}
//Get Device name
if (obsSettings.name != "NotSet") {
state.DeviceName = obsSettings.name
sendEvent(name: "DeviceName", value: state.DeviceName)
updateDataValue("DeviceName", state.DeviceName)
if (txtEnable) log.info "DeviceName is ${obsSettings.name}"
} else if (obsSettings.name != null) {
state.DeviceName = "NotSet"
sendEvent(name: "DeviceName", value: state.DeviceName)
if (txtEnable) log.info "DeviceName is ${obsSettings.name}"
}
//Get Relay name
if (getDataValue("model") != "SHPLG-S" && getDataValue("model") != "SHPLG-1" && getDataValue("model") != "SHPLG-U1" && getDataValue("model") != "SHEM") {
if (obsSettings.relays != null) {
if (channel == 0) relay_name = obsSettings.relays.name[0]
if (channel == 1) relay_name = obsSettings.relays.name[1]
if (channel == 2) relay_name = obsSettings.relays.name[2]
if (channel == 3) relay_name = obsSettings.relays.name[3]
if (relay_name != null) {
state.RelayName = relay_name
sendEvent(name: "RelayName", value: state.RelayName)
if (txtEnable) log.info "RelayName is ${relay_name}"
} else {
state.RelayName = "NotSet"
sendEvent(name: "RelayName", value: state.RelayName)
if (txtEnable) log.info "RelayName is ${relay_name}"
}
updateDataValue("RelayName", state.RelayName)
}
} // The Plug devices do not offer a relay name
if (getDataValue("model") == "SHEM") {
state.RelayName = obsSettings.relays.name[0]
sendEvent(name: "RelayName", value: state.RelayName)
updateDataValue("RelayName", state.RelayName)
}
if (obsSettings.wifi_sta1 != null) {
state.rssi = obsSettings.wifi_sta1.rssi
state.Secondary_ssid = obsSettings.wifi_sta1.ssid
state.Secondary_IP = obsSettings.wifi_sta1.ip
if (obsSettings.wifi_sta1.enabled == true) sendEvent(name: "Secondary_SSID", value: state.Secondary_ssid)
if (state.Secondary_IP != null) sendEvent(name: "Secondary_IP", value: state.Secondary_IP)
}
// Max watt setting
if (obsSettings.relays.max_power != null) {
if (channel ==0) max_power = obsSettings.relays.max_power[0]
if (channel ==1) max_power = obsSettings.relays.max_power[1]
if (channel ==2) max_power = obsSettings.relays.max_power[2]
if (channel ==3) max_power = obsSettings.relays.max_power[3]
if (max_power == null) max_power = 0
if (txtEnable) log.info "Max power is set to ${max_power} Watts"
sendEvent(name: "MaxPower", unit: "W", value: max_power)
state.max_power = max_power
device.updateSetting("maxpower",[value: max_power, type:"number"])
}
// Circuit Amperage Setting ShellyEM ONLY
if (getDataValue("model") == "SHEM") {
if (channel ==0) ctraf_type = obsSettings.emeters.ctraf_type[0]
if (channel ==1) ctraf_type = obsSettings.emeters.ctraf_type[1]
if (txtEnable) log.info "Circuit Amperage is set to ${ctraf} Amps"
sendEvent(name: "CircuitAmp", unit: "amp" , value: "${ctraf}")
state.ctraf_type = ctraf_type
}
logDebug "updating data values"
updateDataValue("model", state.DeviceType)
updateDataValue("ShellyHostname", state.ShellyHostname)
updateDataValue("ShellyIP", state.ip)
updateDataValue("ShellySSID", obsSettings.wifi_sta.ssid)
updateDataValue("manufacturer", "Allterco Robotics")
updateDataValue("MAC", state.mac)
updateDataValue("DeviceName", state.DeviceName)
} // End try
} catch (e) {
log.error "something went wrong: $e"
}
} // End if !==ip
} // End Refresh Status
//switch.on
def on() {
if (protect == "No") {
logDebug "Executing switch.on"
sendSwitchCommand "/relay/${channel}?turn=on"
}
if (protect == "Yes") {
sendEvent(name: "switch", value: "<font color='red'>LOCKED</font>")
runIn(1, refresh)
}
}
//switch.off
def off() {
if (protect == "No") {
logDebug "Executing switch.off"
sendSwitchCommand "/relay/${channel}?turn=off"
}
if (protect == "Yes") {
sendEvent(name: "switch", value: "<font color='red'>LOCKED</font>")
runIn(1, refresh)
}
}
def ping() {
logDebug "ping"
poll()
}
def logsOff(){
log.warn "debug logging auto disabled..."
device.updateSetting("debugOutput",[value:"false",type:"bool"])
device.updateSetting("debugParse",[value:"false",type:"bool"])
}
def autorefresh() {
if (locale == "UK") {
logDebug "Get last UK Date DD/MM/YYYY"
state.LastRefresh = new Date().format("d/MM/YYYY \n HH:mm:ss", location.timeZone)
sendEvent(name: "LastRefresh", value: state.LastRefresh, descriptionText: "Last refresh performed")
}
if (locale == "US") {
logDebug "Get last US Date MM/DD/YYYY"
state.LastRefresh = new Date().format("MM/d/YYYY \n HH:mm:ss", location.timeZone)
sendEvent(name: "LastRefresh", value: state.LastRefresh, descriptionText: "Last refresh performed")
}
if (txtEnable) log.info "Executing 'auto refresh'" //RK
refresh()
}
private logJSON(msg) {
if (settings?.debugParse || settings?.debugParse == null) {
log.info "$msg"
}
}
private logDebug(msg) {
if (settings?.debugOutput || settings?.debugOutput == null) {
log.debug "$msg"
}
}
// handle commands
//RK Updated to include last refreshed
def poll() {
if (locale == "UK") {
logDebug "Get last UK Date DD/MM/YYYY"
state.LastRefresh = new Date().format("d/MM/YYYY \n HH:mm:ss", location.timeZone)
sendEvent(name: "LastRefresh", value: state.LastRefresh, descriptionText: "Last refresh performed")
}
if (locale == "US") {
logDebug "Get last US Date MM/DD/YYYY"
state.LastRefresh = new Date().format("MM/d/YYYY \n HH:mm:ss", location.timeZone)
sendEvent(name: "LastRefresh", value: state.LastRefresh, descriptionText: "Last refresh performed")
}
if (txtEnable) log.info "Executing 'poll'" //RK
refresh()
}
def sendSwitchCommand(action) {
if (txtEnable) log.info "Calling ${action}"
def params = [uri: "http://${username}:${password}@${ip}/${action}"]
try {
httpPost(params) {
resp -> resp.headers.each {
logDebug "Response: ${it.name} : ${it.value}"
}
} // End try
} catch (e) {
log.error "something went wrong: $e"
}
runIn(2, refresh)
}
def RebootDevice() {
if (txtEnable) log.info "Rebooting Device"
def params = [uri: "http://${username}:${password}@${ip}/reboot"]
try {
httpPost(params) {
resp -> resp.headers.each {
logDebug "Response: ${it.name} : ${it.value}"
}
} // End try
} catch (e) {
log.error "something went wrong: $e"
}
runIn(15,refresh)
}
def UpdateDeviceFW() {
if (txtEnable) log.info "Updating Device FW"
def params = [uri: "http://${username}:${password}@${ip}/ota?update=1"]
try {
httpPost(params) {
resp -> resp.headers.each {
logDebug "Response: ${it.name} : ${it.value}"
}
} // End try
} catch (e) {
log.error "something went wrong: $e"
}
runIn(30,refresh)
}
// Check Version ***** with great thanks and acknowlegment to Cobra (github CobraVmax) for his original code **************
def version(){
updatecheck()
schedule("0 0 18 1/1 * ? *", updatecheck) // Cron schedule
// schedule("0 0/1 * 1/1 * ? *", updatecheck) // Test Cron schedule
}
def updatecheck(){
setVersion()
def paramsUD = [uri: "https://raw.githubusercontent.com/ShellyUSA/Hubitat-Drivers/master/resources/version.json", contentType: "application/json; charset=utf-8"]
try {
httpGet(paramsUD) { respUD ->
if (debugParse) log.debug " Version Checking - Response Data: ${respUD.data}"
def copyrightRead = (respUD.data.copyright)
state.Copyright = copyrightRead
def newVerRaw = (respUD.data.versions.Driver.(state.InternalName))
def newVer = (respUD.data.versions.Driver.(state.InternalName).replace(".", ""))
def currentVer = state.Version.replace(".", "")
state.UpdateInfo = (respUD.data.versions.UpdateInfo.Driver.(state.InternalName))
state.author = (respUD.data.author)
state.icon = (respUD.data.icon)
if(newVer == "NLS"){
state.DriverStatus = "<b>** This driver is no longer supported by $state.author **</b>"
log.warn "** This driver is no longer supported by $state.author **"
} else
if(newVer == "BETA"){
state.Status = "<b>** THIS IS BETA CODE **</b>"
log.warn "** BETA CODE **"
} else
if(currentVer < newVer){
state.DriverStatus = "<b>New Version Available (Version: $newVerRaw)</b>"
log.warn "** There is a newer version of this driver available (Version: $newVerRaw) **"
log.warn "** $state.UpdateInfo **"
} else
if(currentVer > newVer){
state.DriverStatus = "<b>You are using a Test version of this Driver (Version: $state.Version)</b>"
} else {
state.DriverStatus = "Current"
log.info "You are using the current version of this driver"
}
} // httpGet
} // try
catch (e) {
log.error "Something went wrong: CHECK THE JSON FILE AND IT'S URI - $e"
}
if(state.DriverStatus == "Current"){
state.UpdateInfo = "Up to date"
sendEvent(name: "DriverUpdate", value: state.UpdateInfo)
sendEvent(name: "DriverStatus", value: state.DriverStatus)
} else {
sendEvent(name: "DriverUpdate", value: state.UpdateInfo)
sendEvent(name: "DriverStatus", value: state.DriverStatus)
}
sendEvent(name: "DriverAuthor", value: "sgrayban")
sendEvent(name: "DriverVersion", value: state.Version)
}
