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hubitat_envisalink_connection_driver.groovy
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/***********************************************************************************************************************
*
* A Hubitat Driver using Telnet to connect to an Envisalink 3 or 4.
* http://www.eyezon.com/
*
* Copyright (C) 2018 Doug Beard
*
* Vista related portions and general enhancements by CybrMage
*
* License:
* This program is free software: you can redistribute it and/or modify it under the terms of the GNU
* General Public License as published by the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the
* implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
* for more details.
*
* You should have received a copy of the GNU General Public License along with this program.
* If not, see <http://www.gnu.org/licenses/>.
*
* Name: Envisalink Connection
* https://github.com/omayhemo/hubitat_envisalink
*
* Special Thanks to Chuck Swchwer, Mike Maxwell and cuboy29
* and to the entire Hubitat staff, you guys are killing it!
* See Release Notes at the bottom
***********************************************************************************************************************/
import groovy.transform.Field
def version() { return "Envisalink 0.8.4" }
metadata {
definition (name: "Envisalink Connection",
namespace: "dwb",
author: "Doug Beard",
importUrl: "https://raw.githubusercontent.com/bdwilson/hubitat_envisalink/master/hubitat_envisalink_connection_driver.groovy") {
capability "Initialize"
capability "Telnet"
capability "Alarm"
capability "Switch"
capability "Actuator"
capability "Polling"
capability "TamperAlert"
capability "ContactSensor"
command "sendTelnetCommand", ["String"]
command "StatusReport"
command "ArmAway"
command "ArmHome"
command "ArmNight"
//command "ArmAwayZeroEntry"
//command "SoundAlarm"
command "Disarm"
command "ChimeToggle"
command "ToggleTimeStamp"
command "poll"
command "setUserCode", ["String", "Number", "Number"]
command "deleteUserCode", ["Number"]
command "configureZone", ["Number", "Number"]
// command "testParse", ["String"]
attribute "Status", "string"
attribute "Codes", "json"
attribute "LastUsedCodePosition", "string"
attribute "LastUsedCodeName", "string"
attribute "CID_Code", "string"
attribute "CID_Type", "string"
attribute "CID_Partition", "string"
attribute "CID_UserZone", "string"
attribute "CID_DATA", "string"
}
preferences {
def PanelTypes = ["0" : "DSC", "1" : "Vista"]
input ("PanelType", "enum", title: "Panel Type", options: PanelTypes, defaultValue: 0)
input("ip", "text", title: "IP Address", required: true)
input("passwd", "text", title: "Password", required: true)
input("masterCode", "text", title: "Master Code", required: true)
input("installerCode", "text", title: "Installer Code", description: "Installer Code is required if you wish to program the panel from this driver", required: false)
def pollRate = ["0" : "Disabled", "1" : "Poll every minute", "5" : "Poll every 5 minutes", "10" : "Poll every 10 minutes", "15" : "Poll every 15 minutes", "30" : "Poll every 30 minutes (not recommended)"]
input ("poll_Rate", "enum", title: "Device Poll Rate", options: pollRate, defaultValue: 0)
if (installerCode) {
def delayOptions = ["030" : "30 seconds", "045" : "45 seconds", "060" : "60 seconds", "090" : "90 seconds", "120" : "120 seconds"]
input ("entry_delay1", "enum", title: "Entry Delay 1", options: delayOptions, defaultValue: 060)
input ("entry_delay2", "enum", title: "Entry Delay 2", options: delayOptions, defaultValue: 060)
input ("exit_delay", "enum", title: "Exit Delay 2", options: delayOptions, defaultValue: 060)
}
}
}
/***********************************************************************************************************************
* Platform Events
*/
def installed() {
ifDebug("installed...")
initialize()
}
def updated() {
ifDebug("updated...")
ifDebug("Configuring IP: ${ip}, Code: ${masterCode}, Password: ${passwd}")
initialize()
unschedule()
switch(poll_Rate) {
case "0" :
ifDebug("Envisalink Polling is Disabled")
break
case "1" :
runEvery1Minute(poll)
ifDebug("Poll Rate set at 1 minute")
break
case "5" :
runEvery5Minutes(poll)
ifDebug("Poll Rate set at 5 minutes")
break
case "10" :
runEvery10Minutes(poll)
ifDebug("Poll Rate set at 10 minutes")
break
case "15" :
runEvery15Minutes(poll)
ifDebug("Poll Rate set at 15 minutes")
break
case "30" :
runEvery30Minutes(poll)
ifDebug("Poll Rate set at 30 minutes")
break
}
if (installerCode) {
setDelays(entry_delay1, entry_delay2, exit_delay)
}
}
def initialize() {
runIn(5, "telnetConnection")
state.programmingMode = ""
}
def uninstalled() {
telnetClose()
removeChildDevices(getChildDevices())
}
/***********************************************************************************************************************
* Driver Commands
*/
def ArmAway(){
ifDebug("armAway()")
state.armState = "arming_away"
composeArmAway()
}
def ArmHome(){
ifDebug("armHome()")
state.armState = "arming_home"
composeArmHome()
}
def ArmNight(){
ifDebug("armNight()")
state.armState = "arming_night"
composeArmNight()
}
def ArmAwayZeroEntry(){
ifDebug("ArmAwayZeroEntry()")
composeZeroEntryDelayArm()
}
def both(){
ifDebug("both()")
siren()
strobe()
}
def configureZone(zonePosition, zoneDefinition){
ifDebug("configureZone ${zonePosition} ${zoneDefinition}")
composeZoneConfiguration(zonePosition, zoneDefinition)
}
def ChimeToggle(){
ifDebug("ChimeToggle()")
composeChimeToggle()
}
def deleteUserCode(position){
ifDebug("deleteUserCode ${position}")
composeDeleteUserCode(position)
}
def Disarm(){
ifDebug("Disarm()")
composeDisarm()
}
def on(){
ifDebug("On")
ArmAway()
}
def off(){
ifDebug("Off")
Disarm()
}
def poll() {
ifDebug("Polling...")
composePoll()
}
def SoundAlarm(){
ifDebug("Sound Alarm : NOT IMPLEMENTED")
}
def siren(){
ifDebug("Siren : NOT IMPLEMENTED")
}
def StatusReport(){
ifDebug("StatusReport")
composeStatusReport()
}
def strobe(){
ifDebug("Stobe : NOT IMPLEMENTED")
}
def setUserCode(name, position, code){
ifDebug("setUserCode ${name} ${position} ${code}")
composeSetUserCode(name, position, code)
}
def setDelays(entry, entry2, exit){
ifDebug("setDelays ${entry} ${entry2} ${exit}")
composeSetDelays(entry, entry2, exit)
}
def TogleTimeStamp(){
ifDebug("Toggle Time Stamp")
composeTimeStampToggle()
}
// def testParse(position){
// parseUser("11111102")
// }
/***********************************************************************************************************************
* End Points
*/
def createZone(zoneInfo){
ifDebug( "Creating ${zoneInfo.zoneName} with label '${zoneInfo.zoneLabel}' with deviceNetworkId = ${zoneInfo.deviceNetworkId} of type: ${zoneInfo.zoneType} for panel type: " + PanelType)
def newDevice
if (zoneInfo.zoneType == "0")
{
addChildDevice("hubitat", "Virtual Contact Sensor", zoneInfo.deviceNetworkId, [name: zoneInfo.zoneName, isComponent: true, label: zoneInfo.zoneLabel])
newDevice = getChildDevice(zoneInfo.deviceNetworkId)
if(PanelType as int == 1) {
// Vista does not report contact sensors inactive... make it automatic
// virtual contact sensor does not support autoInactive
// ifDebug("Setting autoInactive for Virtual Contact Sensor for Vista Panel")
// newDevice.updateSetting("autoInactive",[type:"enum", value:"60"])
}
} else if (zoneInfo.zoneType == "1") {
addChildDevice("hubitat", "Virtual Motion Sensor", zoneInfo.deviceNetworkId, [name: zoneInfo.zoneName, isComponent: true, label: zoneInfo.zoneLabel])
newDevice = getChildDevice(zoneInfo.deviceNetworkId)
if(PanelType as int == 0) {
newDevice.updateSetting("autoInactive",[type:"enum", value:disabled])
} else {
// Vista does not report motion sensor inactive... make it automatic
ifDebug("Setting autoInactive for Virtual Motion Sensor for Vista Panel")
newDevice.updateSetting("autoInactive",[type:"enum", value:"180"])
}
} else if (zoneInfo.zoneType == "2") {
addChildDevice("hubitat", "Virtual CO Detector", zoneInfo.deviceNetworkId, [name: zoneInfo.zoneName, isComponent: true, label: zoneInfo.zoneLabel])
} else if (zoneInfo.zoneType == "3") {
addChildDevice("hubitat", "Virtual Smoke Detector", zoneInfo.deviceNetworkId, [name: zoneInfo.zoneName, isComponent: true, label: zoneInfo.zoneLabel])
} else if (zoneInfo.zoneType == "4") {
addChildDevice("dwb", "Virtual GlassBreak Detector", zoneInfo.deviceNetworkId, [name: zoneInfo.zoneName, isComponent: true, label: zoneInfo.zoneLabel])
}
}
def removeZone(zoneInfo){
ifDebug("Removing ${zoneInfo.zoneName} with deviceNetworkId = ${zoneInfo.deviceNetworkId}")
deleteChildDevice(zoneInfo.deviceNetworkId)
}
/***********************************************************************************************************************
* Compositions
*/
private composeArmAway(){
ifDebug("composeArmAway")
state.armState = "arming_away"
def message = tpiCommands["ArmAway"]
if(PanelType as int == 1) {
message = masterCode + "2"
}
sendTelnetCommand(message)
}
private composeArmHome(){
ifDebug("composeArmHome")
state.armState = "arming_home"
def message = tpiCommands["ArmHome"]
if(PanelType as int == 1) {
message = masterCode + "3"
}
sendTelnetCommand(message)
}
//CHANGED THIS TO ALLOW NIGHT ARMING FOR DSC PANELS
private composeArmNight(){
ifDebug("composeArmNight")
state.armState = "arming_night"
def message = tpiCommands["ArmNight"]
if(PanelType as int == 1) {
message = masterCode + "3"
}
sendTelnetCommand(message)
}
/*
private composeArmNight(){
if(PanelType as int == 0) {
ifDebug("composeArmNight - NOT SUPPORTED BY DSC PANEL")
} else {
ifDebug("composeArmNight")
state.armState = "arming_night"
def message = masterCode + "33"
sendTelnetCommand(message)
}
}
*/
private composeChimeToggle(){
ifDebug("composeChimeToggle")
def message = tpiCommands["ToggleChime"]
if(PanelType as int == 1) { message = masterCode + "9" }
sendTelnetCommand(message)
}
private composeEnterInstallerMode(){
ifDebug("composeEnterInstallerMode")
composeKeyStrokes("*8" + installerCode)
}
private composeExitInstallerMode(){
ifDebug("composeExitInstallerMode")
composeKeyStrokes("##")
}
private composeDisarm(){
ifDebug("composeDisarm")
if (PanelType as int == 0){
def message = tpiCommands["Disarm"] + masterCode
sendTelnetCommand(message)
} else {
def message = masterCode + "1"
sendTelnetCommand(message)
// work around disarm bug in Vista panels
sendTelnetCommand(message)
}
}
private composeDeleteUserCode(position){
ifDebug("composeDeleteUserCode ${position}")
def codePosition = position.toString()
codePosition = codePosition.padLeft(2, "0")
ifDebug("padded code position ${codePosition}")
state.programmingMode = DELETEUSERCODEINITIALIZE
state.newCodePosition = codePosition
composeKeyStrokes("*5" + masterCode)
}
private composeInstallerCode(){
ifDebug("composeInstallerCode")
if(PanelType as int == 0) {
def sendTelnetCommand = tpiCommands["CodeSend"] + installerCode
ifDebug(sendTelnetCommand)
sendTelnetCommand(sendTelnetCommand)
} else {
ifDebug("Not supported by Vista TPI")
}
}
private composeKeyStrokes(data){
ifDebug("composeKeyStrokes: ${data}")
if(PanelType as int == 0) {
sendMessage = tpiCommands["SendKeyStroke"]
} else { sendMessage = "" }
sendProgrammingMessage(sendMessage + data)
}
private composeMasterCode(){
ifDebug("composeMasterCode")
if(PanelType as int == 0) {
def message = tpiCommands["CodeSend"] + masterCode
ifDebug(message)
//sendTelnetCommand(message)
//EDITED TO SEND TELNET COMMAND A DIFFERENT WAY
message = generateChksum(message)
ifDebug(message)
sendHubCommand(new hubitat.device.HubAction(message, hubitat.device.Protocol.TELNET))
} else {
ifDebug("Not supported by Vista TPI")
}
}
private composePoll(){
ifDebug("composePoll")
if(PanelType as int == 0) {
def message = tpiCommands["Poll"]
sendTelnetCommand(message)
} else {
sendTelnetCommand("^00,\$")
}
}
private composeStatusReport(){
ifDebug("composeStatusReport")
if(PanelType as int == 0) {
sendTelnetCommand(tpiCommands["StatusReport"])
} else {
ifDebug("Not supported by Vista TPI")
}
}
private composeSetUserCode(name, position, code){
ifDebug("composeSetUserCode")
if(PanelType as int == 0) {
state.programmingMode = SETUSERCODE
ifDebug("Current Codes: ${device.currentValue("Codes")}")
if (!device.currentValue("Codes")){
def tempMap = [:]
def tempJson = new groovy.json.JsonBuilder(tempMap)
send_Event(name:"Codes", value: tempMap, displayed:true, isStateChange: true)
}
def codePosition = position.toString()
codePosition = codePosition.padLeft(2, "0")
def newCode = code.toString()
newCode = newCode.padLeft(4, "0")
ifDebug("padded: ${codePosition} ${newCode}")
state.newCode = newCode
state.newCodePosition = codePosition
state.newName = name
state.programmingMode = SETUSERCODEINITIALIZE
composeKeyStrokes("*5" + masterCode)
} else {
ifDebug("Not supported by Vista TPI")
}
}
private composeSetDelays(entry, entry2, exit){
ifDebug("composeSetDelays")
ifDebug("Not Yet Implemented")
// composeEnterInstallerMode()
// pauseExecution(7000)
// def result = composeKeyStrokes("005")
// pauseExecution(5000)
// composeKeyStrokes("01")
// pauseExecution(5000)
// composeKeyStrokes(entry.toString())
// pauseExecution(5000)
// composeKeyStrokes(entry2.toString())
// pauseExecution(5000)
// composeKeyStrokes(exit.toString())
// pauseExecution(5000)
// composeExitInstallerMode()
}
private composeTimeStampToggle(){
if(PanelType as int == 0) {
ifDebug("composeTimeStampToggle")
def message
if (state.timeStampOn)
{
message = tpiCommands["TimeStampOn"]
} else {
message = tpiCommands["TimeStampOff"]
}
sendTelnetCommand(message)
} else {
ifDebug("Not supported by Vista TPI")
}
}
private composeZoneConfiguration(zonePosition, zoneDefinition){
ifDebug("composeZoneConfiguration ${zonePosition} ${zoneDefinition}")
ifDebug("Not Yet Implemented")
}
private composeZeroEntryDelayArm(){
ifDebug("composeZeroEntryDelayArm")
def message = tpiCommands["ArmAwayZeroEntry"]
if(PanelType as int == 1) {
// equivilent to Arm Stay Instant
message = masterCode + "7"
}
sendTelnetCommand(message)
}
private parseVistaFlags(flagBitMask, flagBeep, alphaDisplay){
def flags = [
ARMED_STAY: (flagBitMask & 0x8000) && true,
LOW_BATTERY: (flagBitMask & 0x4000) && true,
FIRE_ALARM: (flagBitMask & 0x2000) && true,
READY: (flagBitMask & 0x1000) && true,
UNUSED_1: (flagBitMask & 0x0800) && true,
UNUSED_2: (flagBitMask & 0x0400) && true,
CHECK_ZONE: (flagBitMask & 0x0200) && true,
ALARM_FIRE: (flagBitMask & 0x0100) && true,
ENTRY_DELAY_OFF: (flagBitMask & 0x0080) && true,
PROGRAMMING_MODE: (flagBitMask & 0x0040) && true,
CHIME_MODE: (flagBitMask & 0x0020) && true,
BYPASSED: (flagBitMask & 0x0010) && true,
AC_PRESENT: (flagBitMask & 0x0008) && true,
ARMED_AWAY: (flagBitMask & 0x0004) && true,
ALARM_MEMORY: (flagBitMask & 0x0002) && true,
ALARM: (flagBitMask & 0x0001) && true,
PERIMETER_ONLY: (flagBeep & 0x10) && true,
BEEP: (flagBeep & 0x0F) && true,
EXIT_DELAY_ACTIVE: alphaDisplay.toLowerCase().contains("may exit") && true,
ENTRY_DELAY_ACTIVE: alphaDisplay.toLowerCase().contains("alarm occurs") && true,
ARMED_NIGHT: alphaDisplay.toLowerCase().contains("night-stay") && (flagBitMask & 0x8000) && true
]
if (alphaDisplay.toLowerCase().contains("alarm canceled") == 0) { flags.ALARM_MEMORY = true }
if (flagBeep == 5) { flags.EXIT_DELAY_ACTIVE = true }
return flags
}
/***********************************************************************************************************************
* Telnet
*/
def parse(String message) {
ifDebug("Parsing Incoming message: [" + message + "]\n\n")
//ifDebug("Response: ${tpiResponses[message.take(3) as int]}")
ifDebug("Panel Type: " + PanelType)
if(PanelType as int == 0) {
message = preProcessMessage(message)
if(tpiResponses[message.take(3) as int] == COMMANDACCEPTED) {
if (state.programmingMode == SETUSERCODESEND){
setUserCodeSend()
}
if (state.programmingMode == SETUSERCODECOMPLETE){
setUserCodeComplete()
}
if (state.programmingMode == DELETEUSERCODE){
deleteUserCodeSend()
}
if (state.programmingMode == DELETEUSERCOMPLETE){
deleteUserCodeComplete()
}
}
if(tpiResponses[message.take(3) as int] == SYSTEMERROR) {
systemError(message)
}
if(tpiResponses[message.take(3) as int] == KEYPADLEDSTATE) {
keypadLedState(message.substring(3,message.size()))
}
if(tpiResponses[message.take(3) as int] == CODEREQUIRED) {
composeMasterCode()
}
if(tpiResponses[message.take(3) as int] == MASTERCODEREQUIRED) {
composeMasterCode()
}
if(tpiResponses[message.take(3) as int] == INSTALLERSCODEREQUIRED) {
composeInstallerCode()
}
if(tpiResponses[message.take(3) as int] == ZONEOPEN) {
zoneOpen(message)
}
if(tpiResponses[message.take(3) as int] == ZONERESTORED) {
zoneClosed(message)
}
if(tpiResponses[message.take(3) as int] == PARTITIONREADY) {
partitionReady()
}
if(tpiResponses[message.take(3) as int] == PARTITIONNOTREADY) {
partitionNotReady()
}
if(tpiResponses[message.take(3) as int] == PARTITIONNOTREADYFORCEARMINGENABLED) {
partitionReadyForForcedArmEnabled()
}
if(tpiResponses[message.take(3) as int] == PARTITIONINALARM) {
partitionAlarm()
}
if(tpiResponses[message.take(3) as int] == PARTITIONDISARMED) {
partitionDisarmed()
}
if(tpiResponses[message.take(3) as int] == EXITDELAY) {
exitDelay()
}
if(tpiResponses[message.take(3) as int] == ENTRYDELAY) {
entryDelay()
}
if(tpiResponses[message.take(3) as int] == KEYPADLOCKOUT) {
keypadLockout()
}
if(tpiResponses[message.take(3) as int] == LOGININTERACTION) {
if(tpiResponses[message.take(4) as int] == LOGINPROMPT) {
loginPrompt()
}
if(tpiResponses[message.take(4) as int] == PASSWORDINCORRECT) {
logError(PASSWORDINCORRECT)
}
if(tpiResponses[message.take(4) as int] == LOGINSUCCESSFUL) {
ifDebug(LOGINSUCCESSFUL)
}
if(tpiResponses[message.take(3) as int] == LOGINTIMEOUT) {
logError(LOGINTIMEOUT)
}
}
if(tpiResponses[message.take(3) as int] == PARTITIONARMEDSTATE) {
if(tpiResponses[message.take(5) as int] == PARTITIONARMEDAWAY) {
partitionArmedAway()
}
if(tpiResponses[message.take(5) as int] == PARTITIONARMEDHOME) {
partitionArmedHome()
}
}
if(tpiResponses[message.take(3) as int] == USEROPENING){
partitionArmedNight()
parseUser(message)
}
if(tpiResponses[message.take(3) as int] == USERCLOSING){
partitionArmedNight()
parseUser(message)
}
if(tpiResponses[message.take(3) as int] == SPECIALCLOSING){
}
if(tpiResponses[message.take(3) as int] == SPECIALOPENING){
}
} else {
ifDebug("Panel Type: VISTA")
ifDebug("Processing VISTA message: ")
if(message.take(6) == "Login:") {
ifDebug("Received Login: request")
loginPrompt()
}
if(message.take(6) == "FAILED") {
logError(PASSWORDINCORRECT)
}
if(message.take(2) == "OK") {
ifDebug(LOGINSUCCESSFUL)
}
if(message.take(2) == "Timed Out!") {
logError(LOGINTIMEOUT)
}
if(message.take(3) == "%00") {
ifDebug("Received %00 (Keypad Update) message")
// [%00,01,1C08,08,00,****DISARMED**** Ready to Arm $]
def mPartition = message[4..5]
def mFlags = Integer.parseInt(message[7..10],16)
def mUserOrZone = message[12..13]
def mChime = message[15..16]
mChime = mChime.isInteger() ? (mChime as int) : 0
def mDisplay = message[18..49]
def vistaFlags = parseVistaFlags(mFlags,mChime,mDisplay)
ifDebug("Vista FLAGS = " + vistaFlags.inspect())
if ( vistaFlags.ALARM ) { zoneOpen("000" + mUserOrZone.toString(), false); partitionAlarm() }
else if ( vistaFlags.ALARM_FIRE || vistaFlags.FIRE_ALARM ) { partitionAlarm() }
else if ( vistaFlags.READY ) { if (state.armState != "disarmed"){ partitionDisarmed() }; partitionReady() }
else if ( vistaFlags.ENTRY_DELAY_ACTIVE ) { entryDelay() }
else if ( vistaFlags.EXIT_DELAY_ACTIVE ) { exitDelay() }
else if ( vistaFlags.ARMED_AWAY ) { partitionArmedAway() }
else if ( vistaFlags.ARMED_NIGHT ) { partitionArmedNight() }
else if ( vistaFlags.ARMED_STAY ) { partitionArmedHome() }
if ( mDisplay.startsWith("Alarm Canceled") ) {
ifDebug(" Keypad Update: Alarm Canceled!")
// after a panic alarm, a disarm clears the alarm condition, but an additional
// disarm is required to return the panel to ready. This additional disarm can
// not be sent until after the panel announces that the alarm has been cancelled
composeDisarm()
partitionDisarmed()
}
if ( mDisplay.startsWith("FAULT") ) {
ifDebug(" Keypad Update: Zone " + mUserOrZone + " Tripped!")
zoneOpen("000" + mUserOrZone.toString())
}
if ( mDisplay.startsWith("BYPAS") ) {
ifDebug(" Keypad Update: Zone " + mUserOrZone + " Bypassed!")
}
if ( mDisplay.startsWith("CHECK") ) {
// check is fired when the zone is tripped and it is Vista zone type 12 (24hr monitor)
//log.info "Vista CHECK just ran.."
ifDebug(" Keypad Update: Zone " + mUserOrZone + " CHECK notification!")
zoneOpen("000" + mUserOrZone.toString(), true)
}
if ( mDisplay.startsWith("TRBL") ) {
ifDebug(" Keypad Update: Zone " + mUserOrZone + " TROUBLE/TAMPER notification!")
zoneTamper("000" + mUserOrZone.toString())
}
}
if(message.take(3) == "%01") {
ifDebug("Received %01 (Zone State Change) message")
def ZoneState = Integer.parseInt(message[18..19] + message[16..17] + message[14..15] + message[12..13] + message[10..11] + message[8..9] + message[6..7] + message[4..5],16)
//log.info "OLD Zone State Change: Zone String [" + ZoneState + "]"
//log.info "OLD ZoneMessage: $message"
ifDebug(" Zone State Change: Zone String [" + ZoneState + "]")
for (i = 1; i <65; i++) {
if ( ZoneState & (2**(i-1)) ) {
ifDebug (" Zone State Change: Zone " + i + " Tripped!")
//log.info "OLD Zone State Change: Zone " + i + " Open"
zoneOpen("000" + i.toString())
} else {
//log.info "OLD Zone State Change: Zone " + i + " Closed"
zoneClosed("000" + i.toString())
}
}
}
if(message.take(3) == "%02") {
ifDebug("Received %02 (Partition State Change) message")
def p1Status = Integer.parseInt(message[4..5])
def p2Status = Integer.parseInt(message[6..7])
def p3Status = Integer.parseInt(message[8..9])
def partitionStates = [
0:"Partition is not Used/Doesn't Exist",
1:"Ready",
2:"Ready to Arm (Zones are Bypasses)",
3:"Not Ready",
4:"Armed in Stay Mode",
5:"Armed in Away Mode",
6:"Armed Maximum (Armed in Stay Mode - Zero Entry Delay)",
7:"Exit Delay",
8:"Partition is in Alarm",
9:"Alarm Has Occurred (Alarm in Memory)"
]
ifDebug(" Partition 1: " + partitionStates[p1Status])
ifDebug(" Partition 2: " + partitionStates[p2Status])
ifDebug(" Partition 3: " + partitionStates[p3Status])
if (p1Status == 1) {
partitionDisarmed()
}
if (p1Status == 2) {
partitionReady()
}
if (p1Status == 3) {
partitionNotReady()
}
if (p1Status == 4) {
partitionArmedHome()
}
if (p1Status == 5) {
partitionArmedAway()
}
if (p1Status == 6) {
partitionArmedHome()
}
if (p1Status == 7) {
exitDelay()
}
if (p1Status == 8) {
partitionAlarm()
}
}
if(message.take(3) == "%03") {
ifDebug("Received %03 (Realtime CID Event) message")
def mQualifier = message[4]
def mCIDCode = message[5..7]
def mPartition = message[8..9]
def mZoneOrUser = message[10..12]
ifDebug(" Q: [" + mQualifier +"] CID: [" + mCIDCode + "] Partition: [" + mPartition + "] Zone/User: [" + mZoneOrUser + "]")
def (String mCIDCategory, String mCIDType, String mCIDDataType, String mCIDDescription, String mCIDDetail) = getCIDQualifier(mQualifier, mCIDCode)
def mUser = ""
def mUserName = ""
def mZone = ""
if (mCIDDataType == "Zone") {
mZone = mZoneOrUser
} else if (mCIDDataType == "User") {
mUser = mZoneOrUser
// mUserName = PANEL_CONFIG.USER_CODES[tonumber(mUserZone,10)] and PANEL_CONFIG.USER_CODES[tonumber(mUserZone,10)].label or ""
}
def CID_DATA = [
"CID_Code": mCIDCode,
"CID_Type": mCIDType,
"CID_Category": mCIDCategory,
"CID_Description": mCIDDescription,
"CID_Details": mCIDDetail,
"CID_Partition": mPartition,
"CID_UserZone": mZoneOrUser,
"CID_User": mUser,
"CID_UserName": mUserName,
"CID_Zone": mZone,
"CID_Timestamp": now()
]
send_Event(name: "CID_Code", value: mCIDCode, isStateChange: true)
send_Event(name: "CID_Type", value: mCIDType, isStateChange: true)
send_Event(name: "CID_Partition", value: mPartition, isStateChange: true)
send_Event(name: "CID_UserZone", value:mZoneOrUser, isStateChange: true)
send_Event(name: "CID_DATA", value: CID_DATA, isStateChange: true)
ifDebug(" CID_Code: [" + mCIDCode +"] CID_Type: [" + mCIDType + "] CID_Partition: [" + mPartition + "] Zone/User: [" + mZoneOrUser + "] CID_DATA: [" + CID_DATA.inspect() + "]")
}
if(message.take(3) == "%FF") {
ifDebug("Received %FF (Zone Timer Dump) message")
}
if(message.take(2) == "^0") {
ifDebug("Received command acknowledge message (${message})")
}
}
}
private getCIDQualifier(String Event, String Code) {
ifDebug("getCIDQualifier: Event: [" + Event +"] Code: [" + Code + "]")
def qCode = Code[0..1]
// ["40"] = {"Open/Close","Opening","Closing"},
// ["400"] = {"Open/Close","User","The specified user has disarmed/armed the system"},
def qCategory = CIDDescriptions[qCode] ? CIDDescriptions[qCode][0] : ""
def qTypeE = CIDDescriptions[qCode] ? CIDDescriptions[qCode][1] : ""
def qTypeR = CIDDescriptions[qCode] ? CIDDescriptions[qCode][2] : ""
def qType = ""
if (Event == "1") {
qType = qTypeE ? qTypeE : "Event / Fault"
} else {
qType = qTypeR ? qTypeR : "Restoral"
}
def qDescription = CIDDescriptions[Code] ? CIDDescriptions[Code][0] : ""
def qUZType = CIDDescriptions[Code] ? CIDDescriptions[Code][1] : ""
def qDetail = CIDDescriptions[Code] ? CIDDescriptions[Code][2] : ""
ifDebug("getCIDQualifier: qCategory: [" + qCategory +"] qType: [" + qType + "] qUZType: [" + qUZType + "] qDescription: [" + qDescription + "] qDetail: [" + qDetail + "]")
return [qCategory, qType, qUZType, qDescription, qDetail]
}
private sendTelnetLogin(){
ifDebug("sendTelnetLogin: ${passwd}")
def cmdToSend = "${passwd}"
if(PanelType as int == 0) {
cmdToSend = tpiCommands["Login"] + "${passwd}"
def cmdArray = cmdToSend.toCharArray()
def cmdSum = 0
cmdArray.each { cmdSum += (int)it }
def chkSumStr = DataType.pack(cmdSum, 0x08)
if(chkSumStr.length() > 2) chkSumStr = chkSumStr[-2..-1]
cmdToSend += chkSumStr
}
cmdToSend = cmdToSend + "\r\n"
sendHubCommand(new hubitat.device.HubAction(cmdToSend, hubitat.device.Protocol.TELNET))
}
private sendTelnetCommand(String s) {
if(PanelType as int == 0) {
s = generateChksum(s)
}
ifDebug("sendTelnetCommand $s")
return new hubitat.device.HubAction(s, hubitat.device.Protocol.TELNET)
}
private sendProgrammingMessage(String s){
s = generateChksum(s)
ifDebug("sendProgrammingMessage: ${s}")
def hubaction = new hubitat.device.HubAction(s, hubitat.device.Protocol.TELNET)
sendHubCommand(hubaction);
}
def telnetConnection(){
telnetClose()
pauseExecution(5000)
try {
//open telnet connection
telnetConnect([termChars:[13,10]], ip, 4025, null, null)
runOnce(new Date(now() + 10000), StatusReport)
} catch(e) {
logError("initialize error: ${e.message}")
}
}
def telnetStatus(String status){
logError("telnetStatus- error: ${status}")
if (status != "receive error: Stream is closed"){
getReTry(true)
logError("Telnet connection dropped...")
} else {
logError("Telnet is restarting...")
}
runOnce(new Date(now() + 10000), telnetConnection)
}
/***********************************************************************************************************************
* Helpers
*/
private isBitSet(byte b, int bit) {
return (b & (1 << bit)) != 0;
}
private checkTimeStamp(message){
if (message =~ timeStampPattern){
//ifDebug("Time Stamp Found")
state.timeStampOn = true;
message = message.replaceAll(timeStampPattern, "")
ifDebug("Time Stamp Remove ${message}")
} else {
state.timeStampOn = false;
//ifDebug("Time Stamp Not Found")
}
return message
}
private deleteUserCodeSend(){
ifDebug("deleteUserCodeSend")
state.programmingMode = DELETEUSERCOMPLETE
pauseExecution(3000)
composeKeyStrokes("#")
}
private deleteUserCodeComplete(){
ifDebug("deleteUserCodeComplete")
state.programmingMode = ""
def storedCodes = new groovy.json.JsonSlurper().parseText(device.currentValue("Codes"))
assert storedCodes instanceof Map
ifDebug("storedCodes: ${storedCodes}")
def selectedCode = storedCodes[state.newCodePosition]
ifDebug("Selected Code: ${selectedCode}")
storedCodes.remove(state.newCodePosition.toString())
def json = new groovy.json.JsonBuilder(storedCodes)
send_Event(name:"Codes", value: json, displayed:true, isStateChange: true)
state.newCode = ""
state.newCodePosition = ""
state.name = ""
}
private entryDelay(){
ifDebug("entryDelay")
send_Event(name:"Status", value: ENTRYDELAY)
state.armState = "intrusion"
parent.speakEntryDelay()
}
private exitDelay(){
ifDebug("exitDelay")
send_Event(name:"Status", value: EXITDELAY)
parent.speakExitDelay()
}
private generateChksum(String cmdToSend){
ifDebug("generateChksum")