XSockets

using System;
using System.Configuration;
using System.Linq;
using Microsoft.ServiceBus;
using Microsoft.ServiceBus.Messaging;
using XSockets.Core.Common.Enterprise;
using XSockets.Core.Common.Socket;
using XSockets.Core.Common.Socket.Event.Interface;
using XSockets.Core.Common.Utility.Logging;
using XSockets.Core.Common.Utility.Serialization;

XSockets

namespace DataSyncBasic2.DataSync
{
    /// <summary>
    /// Sync commands... Just to avoid string in code
    /// </summary>
    public static class DataSyncCommand
    {
        public const string Add = "add";
        public const string Update = "update";
        public const string Delete = "delete";

XSockets

//Custom Logger Configuration in XSockets by implementing IDefaultLogger
public class MyLogger : IDefaultLogger
{
    public ILogger Logger
    {
        get
        {
            return new LoggerConfiguration().MinimumLevel.Verbose()
                .WriteTo.XSockets()
                .CreateLogger();

XSockets

//client memeber is of type IXSocketClient that is connected to controller "foo"

//Read a dummy file from disk
var bytes = File.ReadAllBytes(@"c:\temp\HelloWorld.txt");
//Create message with the custom helper "CreateBinaryMessage" and add the metadata of choice
var binaryMessage = client.CreateBinaryMessage(bytes, new FileInfo { FileName = "HelloWorld.txt" });
//Send the binary message
client.Send(binaryMessage);

XSockets

# XSockets 3.* Docs #

## Supported Platforms ##

### Server ###

XSockets runs pretty much anywhere and do note that the server ALWAYS deliver websocket-support. Feel free to compare us to alternative frameworks!

    Platform    Requirements    Websockets  WebRTC
    Windows     .NET 4+         Yes         Yes

XSockets

/// <summary>
/// A really simple/stupid protocol.
/// The magic here is that clients connected to this protocol (TelNet, Arduino, Netduino or whatever) will be able
/// to communicate cross-protocol with client talking RFC6455 for example (or any other implemented protocol).
/// </summary>
public class SimpleProtocol : XSocketProtocol
{
    /// <summary>
    /// Extract the path (controller name) from the handshake
    /// </summary>

XSockets

# XSockets 3.* Docs #

## Supported Platforms ##

### Server ###

XSockets runs pretty much anywhere and do note that the server ALWAYS deliver websocket-support. Feel free to compare us to alternative frameworks!

    Platform    Requirements    Websockets  WebRTC
    Windows     .NET 4+         Yes         Yes

XSockets

//Create a new XSockets text message.... the event is foo... The data is {lion:'grrr', p:Date()}
var myJson = new XSockets.Message("foo", { lion: 'grrr', p: Date() });

//Create a XSockets binary message and attach the text to it... (we call canvasToBuffer() to get hold of some data)
var binaryMessage = new XSockets.BinaryMessage(myJson, canvasToBuffer(),
    //The callback where we have data in the arrayBuffer...
    function (arrayBuffer) {
        // Okey, the buffer is created and wrapped in our simple "subprotocol".... send it!
        ws.send(arrayBuffer.buffer);
    });

XSockets

    public class MyBinaryController : XSocketController
    {
        public override void OnMessage(Core.Common.Socket.Event.Interface.IBinaryArgs binaryArgs)
        {
            var bm = new BinaryMessage(binaryArgs);
            this.Send(bm.BinaryArgs);
            this.Send(bm.TextArgs);
        }
    }

XSockets

/// <summary>
/// A module that lets you override the default behavior of incomming/outgoing messages
/// </summary>
public class MyPipeline : XSocketPipeline
{        
    /// <summary>
    /// A performance counter for messages
    /// </summary>
    private static readonly XSocketsMessageCounter MessageCounter;