These two attachment scripts define a suite of AppleScript functions that are callable from Indigo Actions (or other Applications) to sequentially target and control Devices and Actions Groups. This allows users to easily, and with only a couple of actions, select any Device or Action Group as a target. The targeted Device can then be controlled (on/off/dim/brighten), and the targeted Action Group can be executed.

Installed by Indigo into:
/Library/Application Support/Perceptive Automation/Indigo 2/Scripts/Attachments/
device target attachment.scpt and group target attachment.scpt

TargetFirstDevice(), TargetNextDevice(), TargetPreviousDevice(), TurnOnTargetedDevice(), TurnOffTargetedDevice(), ToggleTargetedDevice(), BrightenTargetedDevice(), DimTargetedDevice()
-- and --
TargetFirstGroup(), TargetNextGroup(), TargetPreviousGroup(), ExecuteTargetedGroup()

This shell command script will terminate the Indigo Server (and built-in Indigo web server). It will also disable the "auto start on user login and auto relaunch if crash" behaviour. This will allow you to prevent the auto relaunch of the server if it ever starts misbehaving for any reason.

Double-click on the indigostop.command file. The terminal will launch and try multiple techniques to shut down and disable the server. To renable the server, run the Indigo client application on the server machine and choose the Indigo 2->Start Local Server... menu item.

Maxi Controller is an application (not a script) that displays a working GUI of the Maxi Controller transmitter. It was written by Frank Nicholas in AppleScript Studio and uses Indigo to transmit the X10 addresses and commands. The source project is also available for download and is a great example of using AppleScript Studio to extend Indigo.

After downloading, drag the Maxi Controller application into your Applications folder and double click to launch it.

This integration between Indigo and PhoneValet will:

1) Create some variables in Indigo that represent various information about PhoneValet data (# of new calls, last caller, etc.). You can then use this data in other scripts or actions, or even show the data on your control pages. Image being able to see who the last caller was to your home over the internet, or how many new calls you have waiting without having to call in to PhoneValet!

2) Use the text-to-speech system of your Mac along with PhoneValet to create answering machine functionality. This is particularly useful if you're using Airfoil to direct your sound through a whole-house av system; or, even, to an AppleTV in your living room. Use an Insteon controller to control your voicemail from anywhere in the house and use your whole-house audio to listen! Each VM menu as spoken by the system will also time-out after 30 seconds as well, so if you don't take any action the system will shut down automatically.

Read the Indigo-PhoneValet Doc.rtf file carefully before attempting anything. There is an installer script that will attempt to do the install.

Again, read the Indigo-PhoneValet Doc.rtf file first.

This script pauses the song currently playing on iTunes on the computer running Indigo, speaks the song, artist and album, and then resumes playing the song at the same point.

After downloading, drag the Speak iTunes Information script into the folder: /Library/Application Support/Perceptive Automation/Indigo 2/Scripts/

Execute within Indigo, typically as a Trigger Action attached to a RemoteLinc or IRLinc

The script will only execute if iTunes is currently playing, and will speak the track information on whatever speakers are currently in use with iTunes.

To speak with a voice other than the System voice, add the voice name to the associated property at the top of the script; for example, the new Leopard voice Alex works well.

This set of scripts provide Indigo support for controlling a Jandy Aqualink RS through Serial Bridge and a Jandy Aqualink RS Serial Adaptor.

After downloading and unzipping, drag the Jandy Aqualink attachment script into the folder:

  /Library/Application Support/Perceptive Automation/Indigo 2/Scripts/Attachments

Your Serial Bridge connection will need to be titled Jandy Aqualink RS Serial Adaptor. Create a Time/Date Action to update the status of the pool/spa variables on an ongoing basis.

The following text variables will be created when this Time/Date Action first executes: AirTemp, PoolHeat, PoolLight, PoolPump, PoolSetPoint, PoolState, PoolTemp, SpaHeat, SpaLight, SpaSetPoint, SpaState, SpaTemp.

The following is a list of the commands that can be called in the Jandy Aqualink attachment script from Indigo: JandyGetStatus(), JandyTurnOnSpaHeat(), JandyTurnOffSpaHeat(), JandyTurnOnPoolHeat(), JandyTurnOffPoolHeat(), JandyTurnOnLights(), JandyTurnOffLights(), JandyNewSpaSetPoint(NewSpaSetPoint), JandyNewPoolSetPoint(NewPoolSetPoint), JandyTurnOnSpa(), JandyTurnOffSpa(), JandyTurnOnSpaAndHeat(), JandyTurnOnSpaAndHeatAndLights(), JandyTurnOffSpaAndHeatAndLights().

A few more details are in the Read Me file.

Here is a simple script which defines a method to query a Proliphix thermostat, grab the main zone temperature, and put it into an Indigo variable.

Move the script into this folder:
   /Library/Application Support/Perceptive Automation/Indigo 2/Scripts/Attachments/

Create a Time/Date action that calls the main AppleScript function defined in the attachment script:
    GetThermotemp()

The Xytronix Temperature module can read up to 4 electronic thermometers and this AppleScript passes the temperature readings along to Indigo.  The Temperature Module connects to your Local Area Network (or via the internet with proper routing). 

Since AppleScript can cary out much more complex data manipulations than Indigo can, you may want to modify this script to compute temperature differences, trends, etc. and report the results to Indigo via additional variables of your own creation.  Indigo could also examine these variables and cary out complex control requests based on their values.

This plug-in will allow you to perform some Indigo action then redirect to a control page: the idea being that you might have a control on a page that you want to click which could then do something and end up on a different (or the same) control page afterward.

To that end, there's currently one function in this plugin, execGroup, which takes an Action Group name and a Control Page name. It executes the Action Group and then forwards to the Control Page.

To use this plugin from a browser, try the url:

http://yourhost:yourport/execAndGo/execGroup?name=your+group+name&page=your+page+name

You supply the name of the action group to execute and the control page to forward to

To use this plugin from within the control page editor:

1. In Indigo, open the control page that contains the object you want to click on
   
2. select the object
   
3. on the "Click Action:" popup at the bottom select "Link to External URL"
   
4. in the text box next to the popup, type in the path part of the URL above (you don't need the http://yourhost:yourport/ part). Don't forget to replace spaces in the Action Group or Control Page names with the plus sign (+).
   
5. try it!

This plug-in will allow you to edit variables from a web page (in fact, you can do it without the page but since you can already do that it's redundant). When the edit form is saved, the variable is updated and you're redirected to the control page specified. If you cancel the edit form, you're just redirected to the control page. Another use for this is to have some other process/application/webservice/etc make changes to variables directly: introduces an entirely new integration point.

To install this plugin drag the "variable" folder to the following location:
/Library/Application Support/Perceptive Automation/Indigo 2/IndigoWebServer/plugins/

To use this plugin from a browser, try the url:

http://yourhost:yourport/variable/setVariable?name=your+variable+name&page=your+page+name

You supply the name of the variable and the control page to forward to.

To use this plugin from within the control page editor:

1. In Indigo, open the control page that contains the object you want to click on
2. select the object
3. on the "Click Action:" popup at the bottom select "Link to External URL"
4. in the text box next to the popup, type in the path part of the URL above (you don't need the http://yourhost:yourport/ part). Don't forget to replace spaces in the Control Page names with the plus sign (+). If your control page name has any other special characters in it (:/\&? for example) you'll need to URL encode it before you type it into the box. So, if you had a control page named "Control:page/with?strange&characters@in#it" the URL encoded version would be "Control%3Apage%2Fwith%3Fstrange%26characters%40in%23it". You can go to this handy site to URL encode a string: The URLEncode and URLDecode Page
5. try it!