Next, we will use the SmartApp to control a smart device. Note: this will be accessible after enabling developer mode. This makes our SmartApp accessible in the SmartThings app. Visit the project overview page and click the “DEPLOY TO TEST” button. Visit the Node.js server logs and you will see a confirmation request with a link to visit to verify your app. On the next screen, in the Automation Connector, there will be a link to verify your app registration. On this screen, we need to provide device read and execution permissions. This is what the SmartThings application will display. On the next screen, provide the application name and description. Remember this is for testing only, after closing ngrok the URL will not be accessible again. When registering the SmartApp select “WebHook Endpoint” for this application.įor the Target URL, we will provide the ngrok URL. Registering the app creates a connection to the Node.js application. For this tutorial, select “Automation for the SmartThings App.”Īfter naming the project, we need to register the app. Once logged in to the Developer Workspace, there is a button to create a new project. Creating a SmartApp in the Developer Workspace Next, we can create a SmartApp in the Developer Workspace. Ngrok makes a secure public tunnel to our application. To run the application, you first have to start the Node.js application npm run start.Īfter the Node.js application is running, you need to start ngrok in another terminal tab ngrok http 3000. In the example repository, run npm install to install the project dependencies. The example repository also outlines the steps for setting up the project. If you want to follow along, I have an example repository used in this article. Ngrok will create a secure tunnel to the local node server. SmartThings mobile application, Android or iOS.You can use your Samsung account login for the Developer Workspace. SmartThings Developer Workspace account.Understanding of Node.js or JavaScript.Familiarity with APIs (Application Programming Interfaces).In part two, we will dig into the code to making your own custom SmartApp. In this two-part series, we will first review setting up an example SmartApp. With a SmartApp you can use the SmartThings API to create custom automation. One of the more interesting things that SmartThings has is its SmartApps. This includes devices from many different brands. The SmartThings app allows you to control many different smart devices in one place. SmartApps built using one of the new integrations certainly aren’t deprecated.SmartThings is a great tool for home automation. I don’t recall any strong message to that effect, but it has been stated that the days of the legacy Groovy SmartApps are numbered so clearly anyone using one ought to at least be keeping a watch on developments.The migration only affected certain legacy services that were being withdrawn with the Classic app in favour of newer integrations with similar capabilities: so app wise that was Hello Home! (Routines and some support apps), SHM and Smart Lock.Legacy apps haven’t been moved anywhere so they will just keep running as they were. They might look a little different and some fit more naturally with the slight differences in the environment, but generally they are fine.īear in mind that the mobile apps are just front ends. Legacy apps can be edited just as easily in the new app as in the Classic app. More generally Smart Lighting should appear with other legacy and new apps in the ‘Add SmartApp’ menu and the ‘SmartApps’ menu so if it isn’t there I think you might like to contact Support. There have been a number of reports of Smart Lighting being thought to have been region locked and so not available for all users in the new app, but I’m not clear what the situation is when the app is already installed in your location.
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