.NET

Use the .NET HTTP server SDK for publishing, auth, state queries, encrypted channels, and signed push requests.

Install

dotnet add package SockudoServer

Install-Package SockudoServer

Configure

using Sockudo;

var options = new SockudoOptions
{
    Host = "127.0.0.1",
    Port = 6001,
    Encrypted = false,
};

var sockudo = new Sockudo(APP_ID, APP_KEY, APP_SECRET, options);

Publish

ITriggerResult result = await sockudo.TriggerAsync(
    "orders",
    "order.created",
    new { id = "ord_123" },
    new TriggerOptions
    {
        IdempotencyKey = "order-created-ord_123",
    }
).ConfigureAwait(false);

Auth

var privateAuth = sockudo.Authenticate("private-orders", socketId).ToJson();

var channelData = new PresenceChannelData
{
    user_id = "user-42",
    user_info = new { name = "Ada" },
};

var presenceAuth = sockudo.Authenticate("presence-lobby", socketId, channelData).ToJson();

State

var channel = await sockudo.FetchStateForChannelAsync<object>("orders")
    .ConfigureAwait(false);

var users = await sockudo.FetchUsersFromPresenceChannelAsync<object>("presence-lobby")
    .ConfigureAwait(false);

Signed push request

If your .NET SDK version does not expose typed push helpers, generate a signed request for the push endpoint and send it with your preferred HTTP client.

var requestBody = JsonSerializer.Serialize(new
{
    recipients = new[]
    {
        new { type = "channel", channel = "orders" },
    },
    payload = new
    {
        title = "Order updated",
        body = "Order ord_123 is packed",
    },
    idempotency_key = "push-order-ord_123-packed",
    sync = false,
});

var request = authenticatedRequestFactory.Build(
    PusherMethod.POST,
    "/push/publish",
    requestBody: requestBody
);

request.Headers.Add("X-Sockudo-Push-Capability", "push-admin");

Prefer a first-class push helper when available in your SDK version; the signed request shape is the same.