SSO Implementation

Question

SSO with Azure Ad Authentication and Role Authorization from ARC GIS Server in dot.net c# core 6.0 Framework

Tuhin Paul · Answer

Implement robust error handling and logging mechanisms to capture and handle authentication errors authorization failures and other exceptions gracefully. Logging can aid in troubleshooting and monitoring the application's behavior. Token Validation : Validate the access tokens received from Azure AD to ensure their authenticity and integrity. Use token validation middleware or libraries provided by Azure AD or third-party libraries like Microsoft.IdentityModel.Tokens. Token Renewal and Expiry : Implement token renewal logic to handle token expiration gracefully. Azure AD tokens have a limited validity period and your application should handle token renewal to ensure uninterrupted access to protected resources. Role Mapping and Claims Transformation : Define a mapping strategy to map Azure AD roles to application-specific roles or permissions. Consider using claims transformation middleware to transform Azure AD claims into application-specific claims or roles.

Jayraj Chhaya · Answer

To implement SSO with Azure AD authentication and role authorization in a .NET Core 6.0 application that interacts with an ArcGIS Server you can follow these steps: Set up Azure AD authentication: Register your application in the Azure portal and obtain the necessary client ID and client secret. Configure the authentication middleware in your .NET Core application to use Azure AD as the authentication provider. Use the Microsoft.Identity.Web library to handle the authentication process and obtain the access token. Implement role-based authorization: Define the roles and their corresponding permissions in your Azure AD tenant. Use the [Authorize] attribute in your controllers or actions to restrict access based on roles. Customize the authorization process by implementing a custom authorization policy or using the built-in policies provided by .NET Core. Integrate with ArcGIS Server: Use the ArcGIS API for .NET to interact with the ArcGIS Server. Authenticate with the ArcGIS Server using the access token obtained from Azure AD. Implement the necessary logic to perform the desired operations on the ArcGIS Server resources. Here's an example of how you can configure Azure AD authentication and role authorization in a .NET Core 6.0 application: // Startup.cs public void ConfigureServices(IServiceCollection services) { // Configure Azure AD authentication services.AddAuthentication(AzureADDefaults.AuthenticationScheme) .AddAzureAD(options => Configuration.Bind(AzureAd options)); // Configure role-based authorization services.AddAuthorization(options => { options.AddPolicy(AdminOnly policy => policy.RequireRole(Admin)); }); // Other service configurations } public void Configure(IApplicationBuilder app IWebHostEnvironment env) { // Enable authentication app.UseAuthentication(); // Enable authorization app.UseAuthorization(); // Other middleware configurations } With this setup you can protect your controllers or actions with the [Authorize] attribute and specify the required roles: // MyController.cs [Authorize(Roles = Admin)] public class MyController : Controller { // Controller actions } Remember to replace Admin with the actual role name defined in your Azure AD tenant.