TeamVortexSoftware.VortexSDK 1.9.3

Vortex C# SDK

This package provides the Vortex C# SDK for authentication and invitation management.

With this SDK, you can generate JWTs for use with the Vortex Widget and make API calls to the Vortex API.

Features

Invitation Delivery Types

Vortex supports multiple delivery methods for invitations:

• email - Email invitations sent by Vortex (includes reminders and nudges)
• phone - Phone invitations sent by the user/customer
• share - Shareable invitation links for social sharing
• internal - Internal invitations managed entirely by your application
  • No email/SMS communication triggered by Vortex
  • Target value can be any customer-defined identifier
  • Useful for in-app invitation flows where you handle the delivery
  • Example use case: In-app notifications, dashboard invites, etc.

Installation

Install the SDK via NuGet:

dotnet add package TeamVortexSoftware.VortexSDK

Or via the Package Manager Console:

Install-Package TeamVortexSoftware.VortexSDK

Getting Started

Once you have the SDK installed, login to Vortex and create an API Key. Keep your API key safe! Vortex does not store the API key and it is not retrievable once it has been created.

Your API key is used to:

• Sign JWTs for use with the Vortex Widget
• Make API calls against the Vortex API

Usage

Generate a JWT for the Vortex Widget

The Vortex Widget requires a JWT to authenticate users. Here's how to generate one:

Basic Usage

using TeamVortexSoftware.VortexSDK;

// Initialize the Vortex client with your API key
var vortex = new VortexClient(Environment.GetEnvironmentVariable("VORTEX_API_KEY"));

// Create a user object
var user = new User
{
    Id = "user-123",
    Email = "user@example.com",
    UserName = "Jane Doe",                                    // Optional: user's display name
    UserAvatarUrl = "https://example.com/avatars/jane.jpg",  // Optional: user's avatar URL
    AdminScopes = new List<string> { "autojoin" }            // Optional: grants autojoin admin privileges
};

// Generate the JWT
var jwt = vortex.GenerateJwt(user);

Console.WriteLine(jwt);

Use with ASP.NET Core

Create an API endpoint to provide JWTs to your frontend:

using Microsoft.AspNetCore.Mvc;
using TeamVortexSoftware.VortexSDK;

[ApiController]
[Route("api/[controller]")]
public class VortexController : ControllerBase
{
    private readonly VortexClient _vortex;

    public VortexController(IConfiguration configuration)
    {
        _vortex = new VortexClient(configuration["Vortex:ApiKey"]);
    }

    [HttpGet("jwt")]
    public IActionResult GetJwt()
    {
        var userId = User.Identity?.Name ?? "anonymous";
        var userEmail = User.Claims.FirstOrDefault(c => c.Type == "email")?.Value ?? "";
        var isAdmin = User.IsInRole("Admin");

        // Create user object with admin scopes if applicable
        var adminScopes = isAdmin ? new List<string> { "autojoin" } : null;
        var user = new User(userId, userEmail, adminScopes);

        var jwt = _vortex.GenerateJwt(user);

        return Ok(new { jwt });
    }
}

Dependency Injection Setup

Register the VortexClient in your Program.cs:

builder.Services.AddSingleton<VortexClient>(sp =>
{
    var config = sp.GetRequiredService<IConfiguration>();
    return new VortexClient(config["Vortex:ApiKey"]);
});

Then inject it into your controllers or services:

public class MyService
{
    private readonly VortexClient _vortex;

    public MyService(VortexClient vortex)
    {
        _vortex = vortex;
    }

    public async Task<string> GenerateUserJwt(User user)
    {
        var adminScopes = user.IsAdmin ? new List<string> { "autojoin" } : null;
        var vortexUser = new User(user.Id, user.Email, adminScopes);

        var jwt = _vortex.GenerateJwt(vortexUser);

        return jwt;
    }
}

API Methods

All API methods are asynchronous and follow the async/await pattern.

Invitation Management

Get Invitations by Target

var invitations = await vortex.GetInvitationsByTargetAsync("email", "user@example.com");

Get Invitation by ID

var invitation = await vortex.GetInvitationAsync("invitation-id");

Revoke Invitation

await vortex.RevokeInvitationAsync("invitation-id");

Accept an Invitation

var user = new AcceptUser { Email = "user@example.com" };
var result = await vortex.AcceptInvitationAsync("invitation-id", user);

Get Invitations by Group

var invitations = await vortex.GetInvitationsByGroupAsync("workspace", "workspace-123");

Delete Invitations by Group

await vortex.DeleteInvitationsByGroupAsync("workspace", "workspace-123");

Reinvite

var result = await vortex.ReinviteAsync("invitation-id");

Sync Internal Invitation

If you're using internal delivery type invitations and managing the invitation flow within your own application, you can sync invitation decisions back to Vortex when users accept or decline invitations in your system.

// Sync an internal invitation action (accept or decline)
var request = new SyncInternalInvitationRequest(
    "user-123",           // creatorId - The inviter's user ID in your system
    "user-456",           // targetValue - The invitee's user ID in your system
    "accepted",           // action - "accepted" or "declined"
    "component-uuid"      // componentId - The widget component UUID
);

var result = await vortex.SyncInternalInvitationAsync(request);

Console.WriteLine($"Processed: {result.Processed}");
Console.WriteLine($"Invitation IDs: {string.Join(", ", result.InvitationIds)}");

Parameters:

• creatorId (string) — The inviter's user ID in your system
• targetValue (string) — The invitee's user ID in your system
• action ("accepted" | "declined") — The invitation decision
• componentId (string) — The widget component UUID

Response:

• Processed (int) — Count of invitations processed
• InvitationIds (string[]) — IDs of processed invitations

Use cases:

• You handle invitation delivery through your own in-app notifications or UI
• Users accept/decline invitations within your application
• You need to keep Vortex updated with the invitation status

## Data Types

### User (JWT Generation)

```csharp
public class User
{
    public string Id { get; set; }                           // User's unique identifier
    public string Email { get; set; }                        // User's email address
    public string? UserName { get; set; }                    // Optional: user's display name (max 200 chars)
    public string? UserAvatarUrl { get; set; }               // Optional: user's avatar URL (HTTPS, max 2000 chars)
    public List<string>? AdminScopes { get; set; }           // Optional: admin scopes (e.g., "autojoin")
}

All fields except Id and Email are optional. When provided:

• UserName: Max 200 characters
• UserAvatarUrl: Must be HTTPS URL, max 2000 characters (invalid URLs will be ignored with a warning)
• AdminScopes: Included in JWT payload as adminScopes array

Example:

// Basic user
var user = new User { Id = "user-123", Email = "user@example.com" };

// User with profile info and admin scope
var adminUser = new User
{
    Id = "admin-123",
    Email = "admin@example.com",
    UserName = "Jane Doe",
    UserAvatarUrl = "https://example.com/avatars/jane.jpg",
    AdminScopes = new List<string> { "autojoin" }
};

InvitationGroup (API Response)

When receiving invitation data from the API, groups include all fields:

public class InvitationGroup
{
    public string Id { get; set; }         // Vortex internal UUID
    public string AccountId { get; set; }  // Vortex account ID
    public string GroupId { get; set; }    // Customer's group ID (your identifier)
    public string Type { get; set; }       // Group type (e.g., "workspace", "team")
    public string Name { get; set; }       // Group name
    public string CreatedAt { get; set; }  // ISO 8601 timestamp
}

Requirements

• .NET 6.0 or higher
• System.Text.Json (included as dependency)

Best Practices

Dispose Pattern

The VortexClient implements IDisposable. Use it with a using statement when appropriate:

using (var vortex = new VortexClient(apiKey))
{
    var user = new User(userId, userEmail, new List<string> { "autojoin" });
    var jwt = vortex.GenerateJwt(user);
    // Use jwt...
}

Or when using dependency injection, the framework will handle disposal automatically.

Error Handling

All API methods can throw VortexException. Wrap calls in try-catch blocks:

try
{
    var invitations = await vortex.GetInvitationsByTargetAsync("email", "user@example.com");
}
catch (VortexException ex)
{
    Console.WriteLine($"Vortex API error: {ex.Message}");
}

License

MIT

Support

For support, please contact support@vortexsoftware.com or visit our documentation