The data-driven approach for card generation combined with the fact that the Adaptive and Bot Framework card schemas are quite different unfortunately means that the way it works is not obvious. The logic for handling task/fetch messages is also data-driven, shared across card types (Adaptive and Bot Framework), and supports chaining of Adaptive card task modules.Browserify is used in the gulpfile.js build script to bundle the JavaScript generated by TypeScript this script file is referenced by taskmodule.pug. Three source files, contants.ts, DeepLinks.ts, and CardTemplates.ts are used on both the client (tab) and server (bot). Except for the JavaScript in the task modules themselves, all code is in TypeScript.Deep links are generated in the taskModuleLink() function in DeepLinks.ts.Edit the manifest.json contained in the appPackage folder to replace your Microsoft App Id (that was created when you registered your app registration earlier) everywhere you see the place holder string JavaScript objects are created in TaskModuleTab.ts and RootDialog.ts, and helper functions in CardUtils.ts are used to render the cards.For BASE_URI provide the application base url, you get by running ngrok it should look something like (Note that the MicrosoftAppId is the AppId created in step 1, the MicrosoftAppPassword is referred to as the "client secret" in step 1 and you can always create a new client secret anytime.). env configuration for the bot to use the MICROSOFT_APP_ID and MICROSOFT_APP_PASSWORD from the Azure Bot resource. In a terminal, navigate to samples/app-task-module/nodejs Run ngrok - point to port 3978 ngrok http -host-header=rewrite 3978 NOTE: When you create app registration, you will create an App ID and App password - make sure you keep these for later. While registering the bot, use as the messaging endpoint.
M365 developer account or access to a Teams account with theĪppropriate permissions to install an app.Microsoft Teams is installed and you have an account (not a guest account).It uses the same SDK, so if you've built a tab you are already 90% of the way to being able to create a task module. Task modules build on the foundation of Microsoft Teams tabs: a task module is essentially a tab in a popup window. Inside the popup, you can run your own custom HTML/JavaScript code, show an -based widget such as a YouTube or Microsoft Stream video, or display an Adaptive card. A task module allows you to create modal popup experiences in your Teams application.
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