Agora RTC C# Windows Application Demo

In this repository, it shows how to use agora windows sdk to build a C# based windows application.

it includes below projects:

rtcCSharpWrapper

CLI wrapper for agora windows SDK which expose the interface for C# layer

rtcCSharpWrapperDemo

An sample Windows Application which includes a full wrapper class for agoraRtcEngine on C#. And a simple implementation for sharing a windows desktop application to remote user.

• C# version Agora API Reference

IPC

Communication Interface for C# dual-process

ScreenShareProcess

Sub Process Implementation for screen sharing

How to build and run demo

• The demo developed with Agrora Windows SDK 3.0.1
• download the windows sdk and copy the include and lib folder under rtcCSharpWrapperDemo\native_sdk
• open rtcCSharpWrapperDemo.sln with Virtual Studio 2017
• retarget the solution to align your windows sdk if needed
• set target to Debug x64 cpu
• set rtcCSharpWrapperDemo as startup project
• build entire solution
• copy all files from SDK/dll folder to rtcCSharpWrapperDemo\rtcCSharpWrapperDemo\bin\x64\Debug
• run the project

How to use cross communication

Need install Newtonsoft.Json from nuget for parsing json object

Sender:

PushMessage message = new PushMessage()
{
	messageType = IPC.MessageType.START_SHARE_BY_WINDOW,
	messageBody = JsonConvert.SerializeObject(screenInfo),
};
IPCChannel.SendMessage(ipcName: SUB_PROCESS, command: JsonConvert.SerializeObject(message));

Receiver:

private IPC.IPCChannel _ipc;
private string PROCESS_ID = "sub";
_ipc = new IPC.IPCChannel(this, PROCESS_ID);
_ipc.OnMessage += OnMessage;
private int OnMessage(IWin32Window receiver, string message)
{
	IPC.PushMessage pushMessage = JsonConvert.DeserializeObject<IPC.PushMessage>(message);
}