public void raiseConnectionEvent( object[] args ) {
NetStream stream = ( NetStream )args[0];
Console.WriteLine( "http.server.raiseConnectionEvent()" );
Console.WriteLine( "http.server.raiseConnectionEvent() - calling " + connectionCallbacks.Count + " callbacks" );
foreach( object callback in connectionCallbacks ) {
( ( IFunction )callback ).Call( this, new object[] { stream } );
}
}
public void listenerCallback( IAsyncResult result ) {
Console.WriteLine( "net.server.listenerCallback()" );
// TODO: not sure where we should put the call to start listening
// for the next connection, here for now
this.tcpServer.BeginAcceptTcpClient( listenerCallback, null );
TcpClient client = this.tcpServer.EndAcceptTcpClient( result );
NetStream stream = new NetStream( client.GetStream(), Context );
Server.instance.queueWorkItem( new Callback { callback = raiseConnectionEvent, args = new object[]{ stream } } );
// kick off async read
stream.read();
}
public void listenerCallback( IAsyncResult result ) {
Console.WriteLine( "http.server.listenerCallback()" );
// TODO: not sure where we should put the call to start listening
// for the next connection, here for now
this.tcpServer.BeginAcceptTcpClient( listenerCallback, null );
TcpClient client = this.tcpServer.EndAcceptTcpClient( result );
NetStream stream = new NetStream( client.GetStream(), Env );
Server.instance.queueWorkItem( new Callback { name = "raiseConnectionEvent", callback = raiseConnectionEvent, args = new object[]{ stream } } );
// kick off async read
// stream.read();
}
public void raiseConnectionEvent(object[] args)
{
NetStream stream = ( NetStream )args[0];
Console.WriteLine("http.server.raiseConnectionEvent() - calling " + connectionCallbacks.Count + " callbacks");
foreach (object callback in connectionCallbacks)
{
Console.WriteLine("calling js function callback");
// ( ( IFunction )callback ).Call( this, new object[] { stream } );
IronJS.Function func = (IronJS.Function)callback;
Action <IronJS.Function, IronJS.Object, IronJS.Object> fun =
func.Compiler.compileAs <Action <IronJS.Function, IronJS.Object, IronJS.Object> >(func);
fun.Invoke(func, this, stream);
}
}
public HttpServerResponse( NetStream in_stream, IronJS.Environment env ) : base( env, env.Maps.Base, env.Prototypes.Object, IronJS.Classes.Object ) {
netStream = in_stream;
// Context = in_context;
// this.SetOwnProperty( "write", new Action<string>( write ) );
var writeMethod = Utils.createHostFunction<Action<string>>(env, write);
this.Methods.PutRefProperty(this, "write", writeMethod, IronJS.TypeTags.Function);
// this.SetOwnProperty( "end", new Action( end ) );
var endMethod = Utils.createHostFunction<Action>(env, end);
this.Methods.PutRefProperty(this, "end", endMethod, IronJS.TypeTags.Function);
}
public HttpServerRequest( NetStream in_stream, IronJS.Environment env ) : base( env, env.Maps.Base, env.Prototypes.Object, IronJS.Classes.Object ) {
netStream = in_stream;
m_parser = new Parser();
// this.SetOwnProperty( "addListener", new Action<string, IFunction>( this.addListener ) );
var objMethod = Utils.createHostFunction<Action<string, IronJS.FunctionObject>>(env, addListener);
var objMethod2 = Utils.createHostFunction<Func<string>>(env, getPath);
this.Methods.PutRefProperty(this, "addListener", objMethod, IronJS.TypeTags.Function);
this.Methods.PutRefProperty(this, "getPath", objMethod2, IronJS.TypeTags.Function);
}
