The label "Phone number confirmed" is a localization key from the ABP Identity module. The English key is defined in the Identity module's localization file:
If the Finnish (fi-FI) translation is missing, you need to add the corresponding key to your Finnish localization file (e.g., fi.json) in your project. For example:
{
"PhoneNumberConfirmed": "Puhelinnumero vahvistettu"
}
Sources:
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To resolve the package issue:
Sources:
No verified source available for official documentation of the WeChatPay payment module.
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To achieve seamless single sign-on (SSO) across multiple ABP-based solutions using a shared OpenIddict auth server, you must ensure that tenants and users are synchronized across all client applications. ABP does not provide built-in automatic tenant/user provisioning out-of-the-box for this scenario, but you can implement the following approach:
Programmatic Tenant and User Creation:
ITenantAppService, IIdentityUserAppService).Example (simplified):
public class CustomOpenIddictEvents : OpenIddictServerEvents.Authentication
{
public override async Task HandleAsync(AuthenticationContext context)
{
var tenantService = context.HttpContext.RequestServices.GetRequiredService<ITenantAppService>();
var userService = context.HttpContext.RequestServices.GetRequiredService<IIdentityUserAppService>();
var tenantName = /* extract from claims or token */;
var userName = /* extract from claims or token */;
// Check and create tenant if needed
var tenant = await tenantService.FindByNameAsync(tenantName);
if (tenant == null)
{
await tenantService.CreateAsync(new TenantCreateDto { Name = tenantName });
}
// Check and create user if needed
var user = await userService.FindByUserNameAsync(userName);
if (user == null)
{
await userService.CreateAsync(new IdentityUserCreateDto { UserName = userName, ... });
}
}
}
Session Context for ICurrentUser and ICurrentTenant:
ICurrentUser and ICurrentTenant based on the claims in the access token and the tenant resolution strategy (domain, header, etc.).tenantid and user claims, and your tenant/user exists in the database, ABP will resolve the context automatically.Alternative Approach: Centralized User/Tenant Store:
Best Practice:
No official ABP documentation provides a ready-made solution for automatic cross-solution tenant/user provisioning, but the above approach aligns with ABP's extensibility model and common practices.
This approach aligns with common ABP conventions, but specific official documentation for this exact scenario is not available.
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To integrate ABP Framework with Kafka as a distributed event bus provider, you can follow the official documentation which provides step-by-step guidance on configuration and usage. The documentation covers how to set up Kafka with ABP's distributed event bus system.
For Flink integration, there is no official ABP documentation or demo available specifically for Apache Flink. You would need to implement custom integration if you require Flink to process events from Kafka streams produced by ABP.
No verified source available for direct ABP-Flink integration.
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You are correct: in ABP Blazor applications, backend errors should be handled and displayed to the user using the HandleErrorAsync() function. The code generated by ABP Suite for Create and Update operations already wraps these calls with error handling, but the Delete operation does not include this by default.
To ensure a consistent user experience and proper error feedback, the Delete operation should also use HandleErrorAsync(). This can be achieved by updating the ABP Suite templates, but ideally, this improvement should be included in the default factory code so all generated Blazor pages handle errors uniformly.
For now, you can customize your ABP Suite templates to wrap Delete calls with HandleErrorAsync(), similar to Create and Update. Here is an example pattern:
protected virtual async Task DeleteEntityAsync(Guid id)
{
try
{
await AppService.DeleteAsync(id);
// Refresh or update UI as needed
}
catch (Exception ex)
{
await HandleErrorAsync(ex);
}
}
This approach ensures that any exceptions thrown during the Delete operation are properly caught and displayed to the user.
Sources:
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To configure the Stripe success URL in ABP's Payment Module, you must ensure that the PaymentWebOptions are set up correctly with absolute URLs. Stripe requires absolute URLs for success and cancel URLs; relative URLs (like "/Payment/Stripe/PostPayment") will cause the "Not a valid URL" error you are seeing.
Here's how to resolve this:
"PaymentWebOptions": {
"RootUrl": "https://armadasoftware.io",
"CallbackUrl": "https://armadasoftware.io/Payment/Stripe/PostPayment"
}
public override void PreConfigureServices(ServiceConfigurationContext context)
{
var configuration = context.Services.GetConfiguration();
Configure<PaymentWebOptions>(options =>
{
options.RootUrl = configuration["PaymentWebOptions:RootUrl"];
options.CallbackUrl = configuration["PaymentWebOptions:CallbackUrl"];
});
}
Do not use relative URLs in PaymentGatewayWebConfigurationDictionary for Stripe. The Payment Module will use RootUrl + CallbackUrl to generate the absolute success_url for Stripe.
Make sure your Stripe webhook and dashboard are also configured to use absolute URLs.
After these changes, the success_url sent to Stripe will be something like:
https://armadasoftware.io/Payment/Stripe/PostPayment?SessionId={CHECKOUT_SESSION_ID}
This should resolve the "Invalid URL" error.
Sources:
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To resolve this:
For more details on ABP Studio features and license management, see: https://abp.io/docs/latest/studio/overview
If you are part of an organization managed by Vineforce, license upgrades or changes may need to be coordinated with them if they control the organization’s ABP account.
Sources:
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To achieve a tabbed interface in ABP MVC similar to the one shown in your screenshot—where each tab represents a view, and switching tabs restores the last viewed state—you will need to implement a custom tab management system. ABP MVC does not provide a built-in component for dynamic, persistent tabs out of the box, so you must handle this with a combination of server-side and client-side logic.
General Solution Outline:
Tab State Management:
Dynamic Content Loading:
Tab UI:
Persistence:
Example Implementation (Bootstrap + jQuery):
<!-- Tab bar -->
<ul class="nav nav-tabs" id="tabBar"></ul>
<div id="tabContent" class="tab-content"></div>
// Example tab state
let tabs = JSON.parse(localStorage.getItem('tabs')) || [];
let activeTab = localStorage.getItem('activeTab') || null;
function renderTabs() {
$('#tabBar').empty();
tabs.forEach(tab => {
$('#tabBar').append(`
<li class="nav-item">
<a class="nav-link ${tab.id === activeTab ? 'active' : ''}"
id="tab-${tab.id}" data-toggle="tab" href="#"
onclick="activateTab('${tab.id}')">
${tab.title} <span onclick="closeTab('${tab.id}')">×</span>
</a>
</li>
`);
});
}
function activateTab(tabId) {
activeTab = tabId;
localStorage.setItem('activeTab', tabId);
// Load content via AJAX or from cache
// ...
renderTabs();
}
function closeTab(tabId) {
tabs = tabs.filter(t => t.id !== tabId);
localStorage.setItem('tabs', JSON.stringify(tabs));
if (activeTab === tabId && tabs.length > 0) {
activateTab(tabs[0].id);
}
renderTabs();
}
// On page load
renderTabs();
if (activeTab) activateTab(activeTab);
Integration with ABP MVC:
Note:
This approach is a general web development solution and aligns with common ABP MVC customization practices. There is no official ABP documentation or built-in feature for this exact scenario.
This approach aligns with common ABP conventions, but specific official documentation for this exact scenario is not available.
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/Account/Login, you should see the login form rendered by the MVC module.Solution Steps:
AbpSolution4.HttpApi.Host and AbpSolution4.Blazor projects./Account/Login page served by the HttpApi.Host project. If only the Blazor project is running, the login form will not appear.HttpApi.Host project is not blocked by firewalls and is accessible at the expected port.appsettings.json in the Blazor project points to the correct URL for the HttpApi.Host project under the AuthServer:Authority and RemoteServices:Default:BaseUrl settings.References:
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The issue you are experiencing is due to the authentication state not being preserved when switching from server-side (SSR) to WebAssembly (WASM) in Blazor WebApp projects using the InteractiveAuto render mode. When the app transitions from SSR to WASM, the authentication context is lost, causing the user to appear logged out.
In ABP Blazor WebApp templates, the render mode is set as follows:
When using InteractiveAuto, the app starts in SSR and then hydrates to WASM. If authentication is not properly configured to persist across both modes, the user will be logged out after hydration.
To resolve this, ensure that your authentication setup supports both SSR and WASM. Specifically:
For more details and migration guidance, refer to the official ABP documentation on Blazor WebApp render modes and authentication:
If you need to support authentication across SSR and WASM, you may need to implement a custom authentication state provider or use the new Blazor WebAssembly authentication patterns introduced in .NET 8 and ABP 8.x+.
Sources:
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