Activities of "AI-Bot"

To ensure that the "Change Password on First Login" form is shown after a username change, you need to verify that the user's ShouldChangePasswordOnNextLogin property is set to true after creating or updating the user. Changing the username alone does not automatically trigger the password change prompt on the next login.

Solution:

  1. When creating a new user, set ShouldChangePasswordOnNextLogin = true.
  2. If you change the username and want the user to be prompted to change their password on the next login, you must also set ShouldChangePasswordOnNextLogin = true for that user.

Example (C#):

user.ShouldChangePasswordOnNextLogin = true;
await _userManager.UpdateAsync(user);

Summary:
Changing the username does not trigger the password change form. You must explicitly set ShouldChangePasswordOnNextLogin to true for the user to see the password change prompt on their next login.

Sources:

  • https://abp.io/support/questions/162

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To prevent users from setting the same password as the current one when using the "Set Password" feature for tenants, you need to implement a custom password validation in your application. By default, ABP does not check if the new password is the same as the existing password.

You can override the password setting logic in your custom TenantAppService. Here’s how you can do it:

  1. Override the SetPasswordAsync method in your custom TenantAppService.
  2. Before setting the new password, compare it with the current password using the UserManager's CheckPasswordAsync method.
  3. If the new password matches the current password, throw a validation error.

Example:

public async override Task SetPasswordAsync(Guid id, SaasTenantSetPasswordDto input)
{
    var tenantAdminUser = // get the tenant admin user by tenant id
    var isSame = await _userManager.CheckPasswordAsync(tenantAdminUser, input.Password);
    if (isSame)
    {
        throw new UserFriendlyException("Entered an existing password");
    }
    await base.SetPasswordAsync(id, input);
}
  • Replace the comment with your logic to retrieve the tenant admin user.

This will ensure that users cannot set the password to the existing one and will receive an appropriate error message.

Sources:

  • https://abp.io/support/questions/9002

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When users see a "Confirm Form Resubmission" page after clicking the browser back button from the forgot password page, it is due to the browser trying to re-execute a POST request. This is a standard browser behavior when navigating back to a page that was the result of a form submission (POST).

To avoid this, you should implement the Post/Redirect/Get (PRG) pattern in your ABP login and forgot password flows. After processing a POST request (such as submitting the forgot password form), redirect the user to a GET page (such as a confirmation or the login page). This way, if the user navigates back, the browser will only re-request the GET page, not the POST, and the resubmission warning will not appear.

Example for Razor Pages:

public async Task<IActionResult> OnPostAsync()
{
    if (!ModelState.IsValid)
    {
        return Page();
    }

    // Process forgot password logic here

    // Redirect to a confirmation page (GET)
    return RedirectToPage("./ForgotPasswordConfirmation");
}

This approach ensures that after a POST, the user is always redirected to a GET, preventing form resubmission issues.

Sources:


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  • In ABP Angular microservice solutions, clicking the "Login" button redirects to the AuthServer (IdentityServer/OpenIddict) for authentication. If nothing happens or you see a blank page, this is usually due to a misconfiguration in the authentication or environment settings.

Checklist to resolve the login button issue:

  1. Check AuthServer is Running:

    • Ensure the AuthServer (or IdentityServer) project is running and accessible at the correct URL/port.
  2. Correct Redirect URLs:

    • In your appsettings.json (AuthServer and Angular), make sure the App:SelfUrl and AuthServer:Authority are set to the correct URLs (e.g., http://localhost:4200 for Angular, and the actual AuthServer URL).
    • The Angular app's environment.ts should have oAuthConfig.issuer set to the AuthServer URL.
  3. CORS Configuration:

    • The AuthServer must allow CORS for the Angular app's URL. In appsettings.json of AuthServer, add the Angular URL to CorsOrigins:
"App": {
       "CorsOrigins": "http://localhost:4200"
     }
  1. Hosts File (if using custom domains):

    • If you use custom domains (e.g., angular.localtest.me), ensure your hosts file and all URLs match.
  2. Browser Console Errors:

    • Open the browser console (F12) and check for CORS, 404, or network errors when clicking "Login".
  3. Rebuild and Restart:

    • Stop all services, run abp install-libs, rebuild, and restart all backend and frontend projects.
  4. Check OAuth Configuration in Angular:

    • In environment.ts:
oAuthConfig: {
       issuer: 'https://localhost:44368', // AuthServer URL
       clientId: 'AbpSolution3_App',      // Should match your app registration
       scope: 'offline_access openid profile role email phone'
     }
  1. Check for Social Login Issues:
    • If you enabled social login, ensure all provider settings (Google, Facebook, etc.) are correct and registered with the right redirect URIs.

If you see a blank page or nothing happens:

  • It usually means the Angular app cannot reach the AuthServer, or the OAuth config is incorrect.

References

If you follow these steps and the login button still does not work, please check the browser console for errors and verify that both the Angular and AuthServer URLs are correct and accessible.


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When creating a new tenant via the ABP Tenant Management API, the admin user for the tenant should be assigned the default roles and permissions as part of the tenant seeding process. However, if the admin user cannot create additional users (receiving a 403 Forbidden error), it usually means the necessary permissions (such as "Identity.Users.Create") are not granted to the admin role or the admin user.

This issue can occur if:

  • The permission seeding logic is not executed for tenants created via external API calls.
  • The migration/seeding process does not assign the required permissions to the admin role for the new tenant.

Solution Steps

  1. Check Permission Seeding Logic

    • Ensure your data seeding logic (typically in your DbMigrationService or similar) assigns all required permissions to the admin role for each tenant.
    • The seeding should run for every new tenant, regardless of how the tenant is created (UI, Swagger, or API).

    Example logic:

foreach (var tenant in tenants)
   {
       using (_currentTenant.Change(tenant.Id))
       {
           await SeedDataAsync(tenant);
       }
   }
  1. Verify Permission Assignment

    • Confirm that the "admin" role in the new tenant has the necessary permissions (e.g., AbpIdentity.Users.Create).
    • You can check this in the database (AbpPermissionGrants table) or via the Permission Management UI.
  2. Update Seeding if Needed

    • If you add new permissions after tenants are created, you must update your seeding logic to grant these permissions to existing tenants' admin roles.
    • After updating, run your migrator or a custom script to apply the changes to all tenants.
  3. Test Tenant Creation

    • Create a new tenant via the API and verify that the admin user can create users.
    • If not, check the logs for errors during the seeding process.
  4. Reference Example

    • See the discussion and code samples in the ABP support thread for handling permission seeding:
      • https://abp.io/support/questions/1244

Additional Notes

  • If you are using a custom tenant creation process, ensure you call the data seeder after tenant creation.
  • If you use extra properties or custom logic, make sure it does not interfere with the default role/permission assignment.

Example: Granting Permissions in Seeder

await _permissionManager.SetForRoleAsync(
    roleId: adminRoleId,
    permissionName: "AbpIdentity.Users.Create",
    isGranted: true
);

This ensures the admin role has the required permission.


Sources:


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You are experiencing severe performance issues during login when users are mapped to a large number of organization units (e.g., 1500+ per user, 3000 users total) after upgrading to ABP 9.0. This is a known challenge when the claims principal is populated with a very large number of organization unit claims, as each claim is loaded and processed during authentication.

Solution & Recommendations

  1. Claims Optimization:

    • By default, ABP adds all organization unit IDs as claims to the user during login. With thousands of claims, this can cause significant performance degradation.
    • You should avoid loading all organization unit claims into the user's principal if not strictly necessary for every request.
  2. Recommended Approaches:

    • Reduce Claims Count: Only add essential claims to the principal. If you only need to check organization membership occasionally, consider querying the database or using a cache instead of claims.
    • Custom Claims Principal Factory: Override the IUserClaimsPrincipalFactory to limit or filter the organization unit claims added to the principal.
    • Use Data Filters: For data access, use ABP's data filtering and permission system instead of relying on claims for every organization unit.
    • Paging or Caching: If you must check many organization units, implement paging or caching strategies outside the claims system.
  3. Reference Implementation:

  4. Example: Custom Claims Principal Factory

public class MyUserClaimsPrincipalFactory : AbpUserClaimsPrincipalFactory
   {
       public MyUserClaimsPrincipalFactory(
           UserManager<IdentityUser> userManager,
           RoleManager<IdentityRole> roleManager,
           IOptions<IdentityOptions> optionsAccessor)
           : base(userManager, roleManager, optionsAccessor)
       {
       }

       protected override async Task AddOrganizationUnitsAsync(IdentityUser user, ClaimsIdentity identity)
       {
           // Only add a limited number of OUs, or none, or a summary claim
           // Example: Add only the first 10 OUs
           var organizationUnits = await UserManager.GetOrganizationUnitsAsync(user);
           foreach (var ou in organizationUnits.Take(10))
           {
               identity.AddClaim(new Claim(AbpOrganizationUnitClaimType, ou.Id.ToString()));
           }
       }
   }
  • Register your custom factory in DI.
  1. ABP 9.x Changes:
    • ABP 9 introduced some changes in claims and dynamic claims handling. If you have custom logic, review the upgrade notes and ensure your customizations are compatible.

Summary

  • Do not add thousands of claims to the user principal.
  • Use custom claims principal logic to limit claims.
  • Use ABP's data filtering and permission system for organization unit checks.
  • Review and optimize your login and claims logic for large-scale organization unit scenarios.

Sources:


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If you are encountering an error stating "There is no entity IdentityUser with id" even though the user exists in the AbpUsers table, this typically indicates a mismatch or inconsistency between your application's user management logic and the actual data in the database.

Here are the steps to resolve this issue:

  1. Verify User Existence:

    • Check the AbpUsers table in your database to ensure the user record with the specified ID actually exists.
    • If you are using multi-tenancy, make sure you are checking the correct tenant's database.
  2. Check for Data Consistency:

    • Ensure that the user ID you are querying or referencing in your code matches exactly (including casing and format) with the ID in the AbpUsers table.
  3. Seeding and Migration:

    • If you have recently performed migrations or seeded data, ensure that the seeding process completed successfully and the user data is present.
    • If the user is missing or the password is incorrect, you can delete the user record and re-seed the initial data using the DbMigrator application.
  4. Passwords:

    • Passwords in AbpUsers are stored in a hashed format. If you need to reset a password, do so through the application logic or re-seed the data.
  5. Troubleshooting:

    • If you still encounter issues, try deleting the problematic user and re-creating it through your application or seeding logic.

For more details, refer to the official documentation:

Sources


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  • There was a structural change in the LeptonX theme's footer handling for MVC/Razor Pages applications. If your custom footer (_Footer.cshtml) stopped working, it is likely due to changes introduced in recent ABP/LeptonX updates.
  • The official migration guide for ABP 8.0 does not mention a breaking change specifically for the public site footer, but the support documentation confirms that the AuthServer and similar applications now require you to place your custom _Footer.cshtml under the correct theme path: Themes/LeptonX/Layouts/Application.
  • To restore your custom footer, ensure your _Footer.cshtml is located at: Themes/LeptonX/Layouts/Application/_Footer.cshtml in your Public web project.

Sources:

  • https://abp.io/docs/latest/ui-themes/lepton-x/mvc#customizing-the-footer-section
  • https://abp.io/support/questions/9387
  • https://abp.io/docs/latest/release-info/migration-guides/abp-8-0

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To resolve the 404 error for email confirmation and password reset links in your multi-tenant ABP microservice solution, you must ensure that:

  1. The URLs generated for email confirmation and password reset are tenant-aware and use the correct subdomain (e.g., auth.{tenant}.cloverleafcms.dev).
  2. The AuthServer is configured to resolve the tenant from the subdomain and not from the host-only domain (e.g., authserver.cloverleafcms.dev).

Key Points and Solution

1. Environment Variable Configuration

  • Your current environment variables show:

    • App__SelfUrl = https://auth.{0}.cloverleafcms.dev
    • AuthServer__Authority = https://authserver.cloverleafcms.dev

    The AuthServer__Authority should also use the {0} placeholder for tenant resolution:

AuthServer__Authority = https://auth.{0}.cloverleafcms.dev

This allows the system to generate tenant-specific URLs.

2. Tenant Resolver

  • Ensure your tenant resolver is correctly extracting the tenant from the subdomain (e.g., cooptrustcu from auth.cooptrustcu.cloverleafcms.dev).
  • The resolver should not return null for the prefix if the subdomain is present.

3. URL Generation for Emails

  • When generating email confirmation and reset password links, use the tenant-specific URL format.
  • The ABP framework uses the App:SelfUrl and AuthServer:Authority settings to generate these links. Both must be tenant-aware.

4. Kubernetes and AppSettings

  • In your Kubernetes deployment, set both App__SelfUrl and AuthServer__Authority to use the {0} placeholder.
  • Example:
"App": {
    "SelfUrl": "https://auth.{0}.cloverleafcms.dev"
  },
  "AuthServer": {
    "Authority": "https://auth.{0}.cloverleafcms.dev"
  }

5. ABP Multi-Tenant Domain Resolving

  • Follow the official ABP documentation for multi-tenant domain resolving in microservice solutions:

    • https://abp.io/docs/latest/guides/ms-multi-tenant-domain-resolving
  • Ensure your configuration matches the documented approach, especially for subdomain-based tenant resolution.

6. Restart and Test

  • After updating the environment variables and configuration, restart your AuthServer and related services.
  • Register a new user and confirm that the email confirmation link uses the correct tenant subdomain.
  • The link should look like:
https://auth.cooptrustcu.cloverleafcms.dev/Account/EmailConfirmation?userId=...
  • The tenant resolver should now correctly resolve the tenant, and the user should be found in the correct context.

Summary:
Update your AuthServer__Authority to use the {0} placeholder for tenant subdomains, ensure your tenant resolver is subdomain-aware, and verify your email link generation uses tenant-specific URLs. Follow the ABP multi-tenant domain resolving guide for full details.

Sources (validated):

  • https://abp.io/docs/latest/guides/ms-multi-tenant-domain-resolving

This response was generated by AI. If it didn’t solve your problem, feel free to post a new answer — our support team will jump in to help you soon.

  • When you define custom permissions in ABP, they must be properly registered and exposed to the permission management system for them to appear in the Identity > Roles > Permissions modal (in Angular or any UI).

  • If your custom permissions are present in the AbpPermissionGrants table but not visible in the UI, the most common causes are:

  1. Permission Definition Provider Not Registered
    Ensure your custom permissions are defined in a class that inherits from PermissionDefinitionProvider and that this provider is registered in your module's configuration. The provider should be in the Application.Contracts project of the module.

  2. Application.Contracts Reference Missing
    For modular or microservice solutions, the Application.Contracts project containing your permission definitions must be referenced by the service responsible for permission management (typically the IdentityService or AdministrationService). If this reference is missing, the permissions will not be loaded into the UI.

  3. Rebuild and Restart
    After adding new permissions or updating references, rebuild your solution and restart all related services (especially those responsible for permission management).

  4. Cache Issues
    ABP caches permission definitions. Clear your distributed cache (e.g., Redis) after making changes to permissions to ensure the UI reflects the latest definitions.

  5. Database Migration
    Make sure all migrations are applied and the database is up to date.

Checklist to resolve:

  • Verify your PermissionDefinitionProvider is implemented and registered.
  • Ensure the Application.Contracts project is referenced by the permission management service.
  • Rebuild and restart all services.
  • Clear the distributed cache.
  • Confirm all migrations are applied.

References:


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Made with ❤️ on ABP v10.1.0-preview. Updated on November 03, 2025, 07:01