Account Module

This module implements the Login, Register, Forgot Password, Email Confirmation, Password Reset, sending and confirming Two-Factor Authentication, user lockout, switch between tenants functionalities of an application;

• Built on the Microsoft's ASP.NET Core Identity library.
• OpenIddict Grant and Consent pages.
• Setting page to manage self registration and two-factor authentication.

See the module description page for an overview of the module features.

How to Install

Account is pre-installed in the startup templates. So, no need to manually install it.

Packages

This module follows the module development best practices guide and consists of several NuGet and NPM packages. See the guide if you want to understand the packages and relations between them.

You can visit Account module package list page to see list of packages related with this module.

User Interface

Menu Items

This module doesn't define any menu items.

Pages

Login Page

Login page is used to log in to the system.

Register Page

Register page allows new users to register to your system.

Two Factor Authentication

Identity module allows two factor authentication pages.

Send Security Code

Send security code page allows selecting a two factor authentication provider (Email, Phone etc...) and sends a security code to user via selected provider.

Verify Security Code

Verify security code page verifies the security code sent to user and if the code is verified, user logs in to the system.

Data Seed

This module doesn't seed any data.

Options

AbpIdentityAspNetCoreOptions

AbpAccountOptions can be configured in the UI layer, in the ConfigureServices method of your module. Example:

Configure<AbpAccountOptions>(options =>
{
    //Set options here...
});

AbpAccountOptions properties:

• WindowsAuthenticationSchemeName (default: Windows): Name of the Windows authentication scheme.

Local login

The user can't log in through the local account, also can't use the local account-related features such as register and find password etc if this setting is disabled.

If you use Social / External Logins, It is automatically called for authentication when logging in.

Social / External Logins

Account module implements social/external login system. All you need to do is to install & configure the provider you want to use.

The application startup template comes with Twitter, Google and Microsoft logins pre-installed. You can configure the client id and secrets on the Settings page:

Social/External login system is compatible with the multi-tenancy. Each tenant can configure their own provider settings if your application is multi-tenant.

Install a new External Login

Follow the steps below to install a new external/social login. We will show the Facebook authentication as an example.

When you follow the steps below, the provider settings (e.g. ClientId and ClientSecret) will be managed on the settings page on the UI and will support multi-tenancy as explained above. If you don't want these features, you can follow the standard way to install and configure the provider.

Add the NuGet Package

Add the Microsoft.AspNetCore.Authentication.Facebook package to your project. Based on your architecture, this can be .Web, .IdentityServer (for tiered setup) or .Host project.

Configure the Provider

Use the .AddFacebook(...) and WithDynamicOptions() extension methods in the ConfigureServices method of your module:

context.Services.AddAuthentication()
    .AddFacebook(facebook =>
    {
        facebook.Scope.Add("email");
        facebook.Scope.Add("public_profile");
    })
    .WithDynamicOptions<FacebookOptions>(
        FacebookDefaults.AuthenticationScheme,
        options =>
        {
            options.WithProperty(x => x.AppId);
            options.WithProperty(x => x.AppSecret, isSecret: true);
        }
    );

• AddFacebook() is the standard method that you can set hard-coded configuration.
• WithDynamicOptions<FacebookOptions> is provided by the Account Module that makes possible to configure the provided properties on the UI.

IPostConfigureAccountExternalProviderOptions

Some external logins may be initialized based on dynamic properties. You can implement an IPostConfigureAccountExternalProviderOptions to initialize again after dynamic properties are initialized.

Example OpenIdConnect:

public class OpenIdConnectPostConfigureAccountExternalProviderOptions : IPostConfigureAccountExternalProviderOptions<OpenIdConnectOptions>
{
    private readonly IEnumerable<IPostConfigureOptions<OpenIdConnectOptions>> _postConfigureOptions;
    public OpenIdConnectPostConfigureAccountExternalProviderOptions(IEnumerable<IPostConfigureOptions<OpenIdConnectOptions>> postConfigureOptions)
    {
        _postConfigureOptions = postConfigureOptions;
    }
    public Task PostConfigureAsync(string name, OpenIdConnectOptions options)
    {
        foreach (var configureOption in _postConfigureOptions)
        {
            configureOption.PostConfigure(name, options);
        }
        return Task.CompletedTask;
    }
}

context.Services.AddAuthentication()
	.AddOpenIdConnect("AzureOpenId", "Azure AD", options =>
	{
		options.ResponseType = OpenIdConnectResponseType.CodeIdToken;
		options.RequireHttpsMetadata = false;
		options.SaveTokens = true;
		options.GetClaimsFromUserInfoEndpoint = true;
		options.Scope.Add("email");
		options.ClaimActions.MapJsonKey(ClaimTypes.NameIdentifier, "sub");
		options.CallbackPath = configuration["AzureAd:CallbackPath"];
	})
	.WithDynamicOptions<OpenIdConnectOptions, OpenIdConnectHandler>(
		"AzureOpenId",
		options =>
		{
			options.WithProperty(x => x.Authority);
			options.WithProperty(x => x.ClientId);
			options.WithProperty(x => x.ClientSecret, isSecret: true);
		}
	);
context.Services.TryAddEnumerable(ServiceDescriptor.Singleton<IPostConfigureAccountExternalProviderOptions<OpenIdConnectOptions>, OpenIdConnectPostConfigureAccountExternalProviderOptions>());

For Tiered / Separate IdentityServer Solutions

If your .IdentityServer is separated from the .Host project, then the .Host project should also be configured.

• Add the Microsoft.AspNetCore.Authentication.Facebook package to your .Host project.
• Add WithDynamicOptions<FacebookOptions>() configuration into the ConfigureServices method of your module (just copy the all code above and remove the .AddFacebook(...) part since it is only needed in the IdentityServer side).

Internals

Settings

See the IAccountSettingNames class members for all settings defined for this module.

Application Layer

Application Services

• AccountAppService (implements IAccountAppService): Implements the use cases of the register and password reset UIs.
• AccountSettingsAppService (implements IAccountSettingsAppService): Implements the use case of the account settings UI.

Permissions

See the AccountPermissions class members for all permissions defined for this module.

Angular UI

Installation

In order to configure the application to use the AccountPublicModule and the AccountAdminModule, you first need to import AccountPublicConfigModule from @volo/abp.ng.account/public/config and AccountAdminConfigModule from @volo/abp.ng.account/adming/config to root module. Config modules has a static forRoot method which you should call for a proper configuration.

// app.module.ts
import { AccountAdminConfigModule } from '@volo/abp.ng.account/admin/config';
import { AccountPublicConfigModule } from '@volo/abp.ng.account/public/config';

@NgModule({
  imports: [
    // other imports
    AccountPublicConfigModule.forRoot(),
    AccountAdminConfigModule.forRoot(),
    // other imports
  ],
  // ...
})
export class AppModule {}

The AccountPublicModule should be imported and lazy-loaded in your routing module. It has a static forLazy method for configuration. Available options are listed below. It is available for import from @volo/abp.ng.account/public.

// app-routing.module.ts
const routes: Routes = [
  // other route definitions
  {
    path: 'account',
    loadChildren: () =>
      import('@volo/abp.ng.account/public').then(m => m.AccountPublicModule.forLazy(/* options here */)),
  },
];

@NgModule(/* AppRoutingModule metadata */)
export class AppRoutingModule {}

If you have generated your project via the startup template, you do not have to do anything, because it already has the modules.

Options

You can modify the look and behavior of the module pages by passing the following options to AccountModule.forLazy static method:

• redirectUrl: Default redirect URL after logging in.
• entityActionContributors: Changes grid actions. Please check Entity Action Extensions for Angular for details.
• toolbarActionContributors: Changes page toolbar. Please check Page Toolbar Extensions for Angular for details.
• entityPropContributors: Changes table columns. Please check Data Table Column Extensions for Angular for details.

Services / Models

Account module services and models are generated via generate-proxy command of the ABP CLI. If you need the module's proxies, you can run the following commands in the Angular project directory.

The command below generates AccountPublicModule proxies:

abp generate-proxy --module account

The command below generates AccountPublicModule proxies:

abp generate-proxy --module accountAdmin

Replaceable Components

eAccountComponents enum provides all replaceable component keys. It is available for import from @volo/abp.ng.account/public.

Please check Component Replacement document for details.

Remote Endpoint URL

The Account module remote endpoint URLs can be configured in the environment files.

export const environment = {
  // other configurations
  apis: {
    default: {
      url: 'default url here',
    },
    AbpAccountPublic: {
      url: 'AbpAccountPublic remote url here'
    },
    AbpAccountAdmin: {
      url: 'AbpAccountAdmin remote url here'
    },
    // other api configurations
  },
};

The Account module remote URL configurations shown above are optional. If you don't set any URLs, the default.url will be used as fallback.

Distributed Events

This module doesn't define any additional distributed event. See the standard distributed events.