![]() Services.AddDbContext(options => options.UseSqlServer(Configuration.GetConnectionString("DefaultConnection"))) Īfter that comes the hard and time-consuming part. public void ConfigureServices(IServiceCollection services) Navigate to Startup.cs/ConfigureServices method and modify it. Firstly, we will need to change how the User class is being wired up with the DbContext. Since we decided to change the default User class from IdentityUser to ApplicationUser, we would have to make other changes in our existing code as well. Here, we are adding properties like FirstName, LastName, a byte array of Image, and UserNameChangeLimit (we will talk about this particular property later on.) public class ApplicationUser : IdentityUser In the Models folder, create a new class Models/ApplicationUser.cs and inherit the Identity User. This is where you will need to extend the IdentityUser class with your own properties. What if we wanted to add certain user-specific properties like First Name, Image, and so on? If you go through the Identity.User Table, you can find over 10-15 columns that are available by default. This looks better, doesn’t it? Adding Custom Fields to Identity User add-migration "Renamed Identity Table Names" With that out of the way, let’s add the migrations and update the database. Clean enough? Feel free to add tables names that can make more sense to you, Similarly we rename all the table entries. Line #7, renames the User Table from ASPNETUsers to Identity.User. To modify the default ugly names of the Identity Tables, add this override function, protected override void OnModelCreating(ModelBuilder builder) Since we are by default using Entity Framework Core, let’s open up the ApplicationDbContext.cs from the Data Folder. drop-databaseĪlso, delete the migrations folder (found inside the Data Folder), as we are going to generate a new one. Quite ugly with the ASPNET Naming convention, right? Let’s change that now. Now, there is one thing that catches the eyes of many. You can see our newly generated Identity tables here. Once that’s done, open up the SQL Server Object Explorer in Visual Studio. Open up the package manager console and type in the following. Since everything is set up for us, let’s apply the migrations and update the database. To keep the article simple, I am going on with the local db connection. PS – You can change the connection string to that of the DBMS of your choice. Added a default connection string to appsettings.json (a local DB with the project name and GUID).Registered the DB Context in the Startup.cs.Added migrations for the Identity Table.As soon as we created our project, Visual Studio has done the following for us already. Renaming the Default Identity Tables and Updating.īefore moving on, let’s update the database. Moving further we will learn about customizing Identity to match our requirements. These are files that act as the default Identity UI. Once it is added, you can see a number of razor pages in the Areas folder. While this is a clean way of going about with identity, it makes it confusing for developers who want to add custom features on top of the Identity. Rather, they decided to put all this code and HTML into the Identity DLL. NET Core 2, Microsoft made it official that the new project scaffoldings will no longer have the auto-generated code for Identity. So, where are the view and controller located? During the announcement of. When I got started with Microsoft Identity for the first time in an ASP.NET Core 3.1 Application, the biggest confusion that hit me was, “Where are the Views/Controllers for the Identity? How does the Login page get rendered? Because there is no sign of a login page’s HTML anywhere.” I am sure that most of you have had a similar question somewhere down the line. ![]() This activates Microsoft Identity by default. We will start off by creating a new ASP.NET Core 3.1 MVC Project with Authentication Mode selected as Individual User Accounts. Setting up the ASP.NET Core MVC Application This is exactly what we will learn in the course of this article. ![]() ![]() This includes adding Profile Pictures, UI for Role Management, Custom logic to log in to the user, and much more. But in real-time scenarios, we may need much more than what Microsoft offers by default. Now, Identity comes with certain basic features out of the box. Here is a small demo of the User Management Module that we are going to build. Here are the major topics we will cover in the article. Add A Default Role to Newly Registered User.Adding the Custom User Fields To Profile Settings.Allow Login with both Username and Email.Renaming the Default Identity Tables and Updating.Setting up the ASP.NET Core MVC Application.
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