You use the Device Administration API to write device admin apps that users Here are examples of the types of apps that might use the Device Administration API: Note For information on building a Work PolicyĬontroller for Android for Work deployments, see Provided by the Device Administration API to provide stronger security forĮmployee devices that are powered by Android. ![]() This document is intended for developers who want to develop enterprise Restore factory defaults on) lost or stolen handsets. Administrators can also remotely wipe (that is, Through the Email app, Exchange administrators canĮnforce password policies - including alphanumeric passwords or numeric For example, theīuilt-in Android Email app has leveraged these APIs to improveĮxchange support. Professionals require rich control over employee devices. Security-aware apps that are useful in enterprise settings, in which IT The Device Administration API provides deviceĪdministration features at the system level. To learnĪndroid includes support for enterprise apps by offering theĪndroid Device Administration API. We recommend you start to prepare now for this change. (API level 28), some admin policies will be marked as deprecated when Inside the MainActivity class, refer to the following onCreate() method to instantiate MSAL using the SingleAccountPublicClientApplication.Device admin deprecation. Private ISingleAccountPublicClientApplication mSingleAccountApp Your config file should resemble this example: In app > src > main > res > raw, create a new JSON file called auth_config_single_account.json and paste the MSAL Configuration that you saved earlier.īelow the redirect URI, paste: "account_mode" : "SINGLE", Enter raw as the new directory name and click OK. Right-click res and choose New > Directory. In Android Studio's project pane, navigate to app\src\main\res. ![]() Select Configure and save the MSAL Configuration that appears in the Android configuration page so you can enter it when you configure your app later. Refer to the Android documentation on generating a key for more information.Įnter the Signature hash generated by KeyTool. You must also install the OpenSSL tool to execute the KeyTool command. KeyTool.exe is installed as part of the Java Development Kit (JDK). and copy the KeyTool command to use for your platform. In the Signature hash section of the Configure your Android app page, select Generating a development Signature Hash. If you downloaded the code, this value is. Under Manage, select Authentication > Add a platform > Android.Įnter your project's Package Name. Users of your app might see this name, and you can change it later. Under Manage, select App registrations > New registration.Įnter a Name for your application. Search for and select Azure Active Directory. In the top menu to switch to the tenant in which you want to register the application. If you have access to multiple tenants, use the Directories + subscriptions filter Integrate with the Microsoft Authentication Library Register your application In the project view, choose Project in the dropdown to display source and non-source project files, open app/adle and set targetSdkVersion to 28.Set the Minimum API level to API 19 or higher, and click Finish.Change the language from Kotlin to Java.You will enter it later into the Azure portal. Open Android Studio, and select Start a new Android Studio project.If you do not already have an Android application, follow these steps to set up a new project. To explore more complex scenarios, see a completed working code sample on GitHub. For simplicity, it uses Single Account Mode only. This tutorial demonstrates simplified examples of working with MSAL for Android. ![]() MSAL will automatically renew tokens, deliver single sign-on (SSO) between other apps on the device, and manage the Account(s). This sample uses the Microsoft Authentication Library for Android (MSAL) to implement Authentication:. The access token will be included in the HTTP request to the web API.Your app will be issued an access token for the Microsoft Graph API.The end user will accept the permissions your application has requested.Your app will sign in the user either through a browser or the Microsoft Authenticator and Intune Company Portal.This data will be accessed through a protected API (Microsoft Graph API) that requires authorization and is protected by the Microsoft identity platform. The app in this tutorial will sign in users and get data on their behalf. Add code to call the Microsoft Graph API.Add code to support user sign-in and sign-out.Create an Android app project in Android Studio.
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