MWareman

With that as your only condition, no question the answer is Elk. I use it - and I'm very happy. Elk becomes a first class citizen in your ISY. However, DSC based systems can be integrated well as well using a RPI based bridge and dsclinc (http://forum.universal-devices.com/forum/40-dsclink/)

You are correct. Yes, to keep running true the conditions must remain true. Additionally, any reevaluation of conditions will cause 'Then' to start over. So, dimming one of the lights (still on though, and still evaluating true) will cause the If to reevaluate and restart the timer. Michael.

$99 !!! Wow.... http://gizmodo.com/this-ifttt-enabled-panic-button-will-start-anything-but-1636133982

Hmmmm... bt.tn => IFTTT => CAO Tag Manager => ISY - and on to any action you desire.

That's what I'm doing. It provides a reliable way to track the door. Only gotcha is if the door state changes while the ISY is offline, but it fixes itself next door state change. Worth mentioning, it needed two programs. On looks for 'On' setting the variable and init to 1 in the 'Then' - and the second looking for 'Off' setting the variable and init to 0 in the 'Then'. Using Else can cause the issue to propagate to variables if the device is triggering on boot with a null value.

They did. They even gave advanced notice for those about to buy. And they offered a VERY generous upgrade. I'm really not quite sure what else they could have done to be honest.

Yes, yes, YES!! Michael.

Its a link limit I believe. Removing a scene removes link records, making more available for the adding of a device. I agree - it should be logged so its easy to spot. I hit the same issue and caused me to up to PRO a few years ago now.

What if you want to arm away based on everyone's lack of presence in the house to protect against kids that constantly forget to arm the alarm when they go out, but NEVER forget their phone?

My issue with the workarounds so far is that I need a reliable ET and 'Irrigation Requirement' reading. Using my own wunderground key in ISY would be awesome! There is a rapid fire station there run by my local park district literally about 50 yards from my house! Even better though would be a way of pushing data into ISY from, say, a Davis unit locally without having to go to the cloud first.

@EricK, Twice a day, this will send you a low battery alert even when none exists. At 8:30:05AM, the first program will trigger, and (assuming no low battery) will evaluate to 'False'. Else will run. This will run 'Then' of the second program, where a 12 hour delay is in place (8:30:05PM), then the notify happens - even without a low battery trigger. At 10:30:05PM, 'Else' in the first program will run again, triggering another alert at 10:30:05AM.

The clue you need is at the top of the page you linked. "This is unofficial (and partial) documentation of the Chamberlain/Liftmaster MyQ API". They do not have even close to complete documentation. The API is not really compatible with ISY. You first need to make a request to an authentication endpoint using a username and password. https://myqexternal.myqdevice.com/Membership/ValidateUserWithCulture?appId=Vj8pQggXLhLy0WHahglCD4N1nAkkXQtGYpq2HrHD7H1nvmbT55KqtN6RSF4ILB%2fi&securityToken=null&username=**account_username**&password=**account_password**&culture=en JSON is returned with a securityToken. {"UserId":254586,"SecurityToken":"**security_token**","ReturnCode":"0","ErrorMessage":"","ExecutionTimes":"0;78.001;202.8026;187.2024","BrandId":2,"BrandName":"Chamberlain","RegionId":1} You then use that token to enumerate devices: https://myqexternal.myqdevice.com/api/UserDeviceDetails?appId=Vj8pQggXLhLy0WHahglCD4N1nAkkXQtGYpq2HrHD7H1nvmbT55KqtN6RSF4ILB%2fi&securityToken=**securityToken** The security token expires after - I think - an hour. So if you call /api/UserDeviceDetails and get 'Access Denied' you need to go back to /Membership/ValidateUserWithCulture with the username and password to get a new token. Control of the device is done using the Device/setDeviceAttribute (https://sites.google.com/a/arrayent.com/api/reference/device/setdeviceattribute). Looks like the name to send should be 'desireddoorstate'. Here is some code for another platform that implements this - I'm sure you can find the actual details in here: --Change these to match the authentication used to access your MyQ account local username="" local password = "" --Function found: http://lua-users.org/wiki/StringRecipes --Used to encode username / password for submission function url_encode(str) if (str) then str = string.gsub (str, "\n", "\r\n") str = string.gsub (str, "([^%w %-%_%.%~])", function (c) return string.format ("%%%02X", string.byte(c)) end) str = string.gsub (str, " ", "+") end return str end --Libraries local json = require("json") local https = require("ssl.https") --These should not change but who knows, follow UPPERCASE convention for names local APPID = "Vj8pQggXLhLy0WHahglCD4N1nAkkXQtGYpq2HrHD7H1nvmbT55KqtN6RSF4ILB%2fi" local BASEURL = "https://myqexternal.myqdevice.com/" local VALIDATIONPATH = "Membership/ValidateUserWithCulture" local USERDEVICEDETAILS = "api/UserDeviceDetails" --CONSTANTS for TypeIds in the Devices list local GARAGEDOOROPENER = 47 local GATEWAYDEVICE = 49 --Access URLs local auth_string = VALIDATIONPATH .. "?appId=" .. APPID .. "&username=" .. username .. "&password=" .. password .. "&culture=en" --Statuses for doors local doorStatuses = {["1"] = "open", ["2"] = "closed", ["4"] = "opening", ["5"] = "closing"} local SecurityToken --[[ Connects to the LiftMaster/Chamberlain MyQ API Returns result and resultText ]] local function retrieveSecurityToken(authURL, username, password) local result --Did we successfully connect and get the SecurityToken, is true or false local resultText --If false, the error, if true, the SecurityToken --Table to hold our response from the call auth_response = { } local response, status, header = https.request { url = authURL, method = "GET", headers = { ["Content-Type"] = "application/json", ["Content-Length"] = 0 }, sink = ltn12.sink.table(auth_response) } --Check out the response if( response == 1 ) then --Decode our JSON, we have a response authResponseData = json.decode( auth_response[1] ) --Check our return code if( authResponseData.ReturnCode == "0" ) then result = true resultText = authResponseData.SecurityToken else result = false resultText = "Authentication Error!" end else result = false resultText = "Unsuccessful at connecting with the authorization URL!" end return result, resultText end --[[ Inspect all devices associated with the MyQ ]] local function inspectDevices(deviceURL, SecurityToken) local connectionResult --True if successful, false if not local connectionText --Holds issue with connection local openerInfo = {} --Table to hold info about openers local device_response = { } --Table to hold our response from the call --Fire up our connection local response, status, header = https.request { url = deviceURL, method = "GET", headers = { ["Content-Type"] = "application/json", ["Content-Length"] = 0 }, sink = ltn12.sink.table(device_response) } --Check out our response if( response==1 ) then --Decode our JSON: Am unclear as to why device_response[1] threw an error --local deviceContent = json.decode( device_response[1] ) local deviceContent = json.decode(table.concat(device_response)) --A 0 appears to indicate we have had a success if(deviceContent.ReturnCode == "0" ) then connectionResult = true local numOpeners = 0 --Time to loop over our device collection for i,d in ipairs (deviceContent.Devices) do local DeviceName = d.DeviceName local DeviceId = d.DeviceId local ParentName --TypeId of 49 appears to be the gateway device --Useful here might be the desc which is the name in MyQ (e.g. Home) --Perhaps that should be the name of the parent device? if( d.TypeId == GATEWAYDEVICE ) then for k, attr in ipairs( d.Attributes ) do if( attr.Name == "desc" ) then ParentName = attr.Value end end end --TypeId of 47 appears to be the individual garage door openers if( d.TypeId == GARAGEDOOROPENER ) then --Stop the presses, we found an opener numOpeners = numOpeners +1 local doorState --Each device has an attributes collection, over it we go for j, attr in ipairs ( d.Attributes) do if( attr.Name == "desc") then openerName = attr.Value elseif( attr.Name == "doorstate" ) then local doorstateValue = attr.Value if( doorStatuses[doorstateValue] ~= nill) then doorState = doorStatuses[doorstateValue] else doorState = "ERROR: Unknown State! " .. doorstateValue end end end --Keep track of all the openers along with their state table.insert(openerInfo, numOpeners, { DeviceId = DeviceId, DeviceName = DeviceName, DoorState = doorState, OpenerName = openerName }) end end else connectionResult = false connectionText = "Failed call to the MyQ API, perhaps refresh of token needed?" end else connectionResult = false connectionText = "Unsuccessful at connecting with device URL!" end return connectionResult, openerInfo end --[[ Check on the status of a given garage door opener ]] local function getGarageDoorStatus(deviceURL, SecurityToken, DeviceId) local connectionResult --True if successful, false if not local connectionText --Holds issue with connection local device_response = { } --Table to hold our response from the call --Fire up our connection local response, status, header = https.request { url = deviceURL, method = "GET", headers = { ["Content-Type"] = "application/json", ["Content-Length"] = 0 }, sink = ltn12.sink.table(device_response) } --Check out our response if( response==1 ) then --Decode our JSON: Am unclear as to why device_response[1] threw an error --local deviceContent = json.decode( device_response[1] ) local deviceContent = json.decode(table.concat(device_response)) --A 0 appears to indicate we have had a success if(deviceContent.ReturnCode == "0" ) then connectionResult = true --Time to loop over our device collection for i,d in ipairs (deviceContent.Devices) do -- Only interested in our specified garage door opener if( d.TypeId == GARAGEDOOROPENER and d.DeviceId == DeviceId ) then local doorState for j, attr in ipairs ( d.Attributes ) do if( attr.Name == "doorstate" ) then local doorstateValue = attr.Value if( doorStatuses[doorstateValue] ~= nill) then connectionText = doorStatuses[doorstateValue] else connectionText = "ERROR: Unknown State! " .. doorstateValue end end end end end else connectionResult = false connectionText = "Failed call to the MyQ API, perhaps refresh of token needed?" end else connectionResult = false connectionText = "Unsuccessful at connecting with device URL!" end return connectionResult, connectionText end --[[ Change the state of a garage door. Basically a doorstate of 1 is open and a doorstate of 0 is close DeviceId is found in the output of inspectDevices ]] local function changeGarageDoorState(DoorDeviceId, AppId, DoorAction, SecurityToken) local result --Result of the action, true or false local resultText --Summary of the result local doorActions = {[0] = "close", [1] = "open"} --Our JSON to be delivered... jsonPut = { AttributeName = "desireddoorstate", DeviceId = DoorDeviceId, ApplicationId = AppId, AttributeValue = DoorAction, SecurityToken = SecurityToken } --JSON encode it for delivery json_data = json.encode(jsonPut) local response_body = {} --Fire up our request, noting that we are using the PUT method and setting our content length in the header local response, status, header = https.request{ method = "PUT", url = "https://myqexternal.myqdevice.com/Device/setDeviceAttribute", headers = { ["Content-Type"] = "application/json", ["Content-Length"] = string.len(json_data) }, source = ltn12.source.string(json_data), sink = ltn12.sink.table(response_body) } if( response == 1) then local output = json.decode( response_body[1] ) if ( output.ReturnCode == "0" ) then result = true resultText = "Successfully changed status to " .. doorActions[DoorAction] else result = false resultText = "Authentication error. Perhaps token expired?" end else result = false resultText = "Unsuccessful at communicating with the setDeviceAttribute service" end return result, resultText end ------------------------------------------ -- -- Time to use the functions... -- ------------------------------------------ --Get our security token, making sure we encode our username and password local authResult, authText = retrieveSecurityToken(BASEURL .. auth_string, url_encode(username), url_encode(password)) --Is everything ok here? if(authResult == true ) then print("Success, security token is: " .. authText) SecurityToken = authText else print("ERROR: Message is " .. authText) end --Swing away, let's see what we have for devices.. local connectionResult, openerInfo = inspectDevices(BASEURL .. USERDEVICEDETAILS .. "?appId=" .. APPID .. "&securityToken=" .. SecurityToken, SecurityToken) print("I see that you have " .. #openerInfo .. " garage door openers:") for i=1, #openerInfo do print( openerInfo[i].OpenerName .. " is currently " .. openerInfo[i].DoorState) end --Action: 1=Open, 0=Close --Let's close a door from above.. result, resultText = changeGarageDoorState(openerInfo[2].DeviceId, APPID, 0, SecurityToken) print(result) print(resultText) socket.sleep(3) --Check on the status.. local gdStatus, gdStatusText = getGarageDoorStatus(BASEURL .. USERDEVICEDETAILS .. "?appId=" .. APPID .. "&securityToken=" .. SecurityToken, SecurityToken, openerInfo[2].DeviceId) print(gdStatusText) The ISY cannot do this though. I am hopeful UDI will include parsing JSON responses in the network module in the future. On the I/O Linc: There are issues introduced into MyQ when you short the cables together with an I/O linc (if that's what you are using or planning to use). Every time you operate the door thru I/O linc, the MyQ system resets and you don't get any status thru MyQ. That's a shame - thru MyQ I can see the actual position of the door. I've hacked into a car control and wired that up (I use an Elk output - not an I/O link - but the issue is the same). It kinda works - but it breaks MyQ. So - in summary - it can be done with an external helper server on your lan. But it's not trivial. This is why I hacked an opener button... so I could avoid this nastiness. Michael.

^^ this ^^ Its my educated guess as well. Try disabling it temporarily and see if the problem goes away.

I thought the resume feature was somewhat optional? Some SKUs have it, others do not....

My wall mounted switch displays the time and temperature on an LCD. Shorting the wires does not operate the door. I wired to a remote - but mine is hooked to an Elk M1 (just like its reliability better than the IOLinc).

Yep. The MyQ openers will not work properly with an IOlinc connected directly to them. You need to crack a separate remote and wire the IOlinc to the button contacts in it. In the same boat myself.

No, ISY does not natively know about cacert.org. Shouldn't matter though - import the cacert root into your browser then it works just as any other native root.

Take a look at cacert.org instead.

First thought - do you possibly mean <= instead of >= ?

Is your UI also 4.2.8? (Help/About)

Started my rebuild today. And yes, my head is hurting...

Having moved recently, I took my system with me. I didn't want to become tech support for the new homeowner. The system was not going to add Mich to market value according to our market, so I removed all of the Insteon switches prior to listing the property so I didn't have to tell everyone it was not included. Moving again this week - new house is finally finished!

If you have ElkRP2 open, the ISY cannot connect. Make sure you have closed ElkRP2 on your computers, and then try 'Refresh Topology' again. Michael.

The initial SSL handshake is exteeamly expensive, computationally. The CPU in ISY literally takes most of 10 seconds to calculate a 2048bit handshake. Hopefully, a newer ISY hardware platform will have a crypto chip in it, but even the 994 does not currently. Two ways around it: Reverse proxy (as you describe). This works well, but the old event subscription method does not work thru this. This means you won't be able to properly use MobiLinc or the admin console thru the reverse proxy. The REST interface works well this way though, as does the new event subscription method. I really hope that the admin ui (and MobiLinc) switch to the new method ASAP. Or you can weaker security and use a weak certificate. This makes the math faster, but is now blocked from several browsers. With Tasker on Android, I define two URLs (one with SSL and one without). I use a profile that switches the URL out as I connect and disconnect from WiFi. This means I use SSL when not at home, and don't when I'm at home.

I've only ever compiled my own Asterisk, and worked from the CLI, so I'm afraid I don't know what capabilities 'PBX In a Flash' has. Sorry.