public RemotingHandle(C_NSF.Endpoint endpoint)
{
var factory = endpoint.Resolve<C_NSF.Interfaces.ILoggerFactory>();
this._log = factory.Create(typeof(RemotingHandle));
this._defaultHandle = new C_NSF.Remoting.RemotingHandle(factory);
this._uriTypes = new ConcurrentDictionary<string, Type>();
}
public string GetServiceDescription(C_NSF.ServiceConfig service)
{
var f = this.GetFacade(service.HostUri);
return this.Is_C_NSF(f)
? (f as C_NSF.Remoting.RemoteFacade).GetServiceDescription(service)
: (f as T_NSF.Remoting.RemoteFacade).GetServiceDescription(this.Parse(service));
}
public void Register(Uri uri, C_NSF.ServiceConfig[] services)
{
var f = this.GetFacade(uri);
if (this.Is_C_NSF(f))
(f as C_NSF.Remoting.RemoteFacade).Register(services);
else
(f as T_NSF.Remoting.RemoteFacade).Register(services.Select(o => this.Parse(o)).ToArray());
}
public string Invoke(C_NSF.ServiceCall call)
{
var f = this.GetFacade(call.Target.HostUri);
return this.Is_C_NSF(f)
? (f as C_NSF.Remoting.RemoteFacade).Invoke(call)
: (f as T_NSF.Remoting.RemoteFacade).Invoke(this.Parse(call));
}
private T_NSF.ServiceCall Parse(C_NSF.ServiceCall call)
{
return new T_NSF.ServiceCall()
{
TargetMethod = call.TargetMethod,
Identity = new T_NSF.Identity() { AuthKey = call.Identity.AuthKey, Source = call.Identity.Source },
Target = this.Parse(call.Target),
ArgumentCollection = call.ArgumentCollection.Select(o => new T_NSF.ServiceCallArgument(o.Key, o.Value)).ToArray()
};
}
private T_NSF.ServiceConfig Parse(C_NSF.ServiceConfig c)
{
return new T_NSF.ServiceConfig()
{
AssemblyName = c.AssemblyName,
HostUri = c.HostUri,
LoadBalancingAlgorithm = c.LoadBalancingAlgorithm,
Name = c.Name
};
}
public void SendAnAsyncCall(Uri uri, C_NSF.ServiceCall call)
{
var f = this.GetFacade(uri);
if (this.Is_C_NSF(f))
(f as C_NSF.Remoting.RemoteFacade).InvokeAsync(call);
else
(f as T_NSF.Remoting.RemoteFacade).InvokeAsync(this.Parse(call));
}
