qRPC stands for Quick Remote Procedure Call. It's a project I've made, aimed at .NET, to counter the tedium required for simple RPC projects when using gRPC. qRPC works by serializing a message object into JSON and sending it over TCP, where it is deserialized. To facilitate calls to look like the implementation is within the same application, I've used Castle DynamicProxy - a big thank you to them!
The first step is to crate an interface, which will be shared between the client and server.
public interface IMyService{
string RemoteConcat(string a, string b);
}Note that all method parameters must be JSON serializable. Thus all class parameters must have parameterless constructors.
If you pass in an object, the remote version will not be the same object. It will consist of the class properties re-serialized.
The server creates an implementation of the interface and registers it as an RPC server, listening on a given IP and port.
public MyService : IMyService{
public string RemoteConcat(string a, string b) => a + b;
}
MyService server = new MyService();
QrpcServer<IMyService>(server, 5000, Encoding.UTF8);The client registers the destination IP and port and calls the methods easily.
var client = QrpcClient<IMyService>(5000, "127.0.0.1", Encoding.UTF8);
var joinedString = client.RemoteConcat("Hello", " World");
Console.WriteLine(joinedString); //Gives us "Hello World"As for version 6.3.0, symmetric encryption is provided by AES.
To enable encryption, SetEncryptionKey(string key) must be called on both the client and server
providing the same key.
Note that this is not really safe for scenarios where the preshared key is in the public domain, or a public client. It is supposed to stop snooping from server-to-server. A more public-domain friendly solution may be added later.
- ServiceCollection registration