// --- 1. SETUP THE DATA STRUCTURES ---

var denseArray = new Array();
denseArray.push("dense_0", "dense_1");

var sparseArray = new Array();
sparseArray[0] = "sparse_0";
sparseArray[5] = "sparse_5";

var mixedArray = new Array();
mixedArray.push("mixed_0");
mixedArray["custom_prop"] = "custom_value";

var fakeArray = new Object();
fakeArray["0"] = "fake_0";
fakeArray["length"] = 1;

// NEW: Native Types (Top Level)
var topDate = new Date(1672531200000); // Fixed UTC Timestamp (Jan 1, 2023)
var topXML = new XML("<root><node attr='test'>AVM1</node></root>");

// NEW: Nested Object (Testing recursion fixes for ALL types)
var nestedContainer = new Object();
nestedContainer.deepDense = new Array("deep_0", "deep_1");
nestedContainer.deepSparse = new Array();
nestedContainer.deepSparse[0] = "deep_s0";
nestedContainer.deepSparse[3] = "deep_s3";
nestedContainer.deepDate = new Date(1672531200000);
nestedContainer.deepXML = new XML("<nested>data</nested>");


// --- 2. TEST LOCALCONNECTION (Wire Serialization) ---
var lcReceiver = new LocalConnection();
lcReceiver.onReceiveArrays = function(d, s, m, f, date, xml, n) {
    trace("LC Deserialization Complete: " + d[0] + ", " + s[5] + ", " + date.getTime() + ", " + xml.firstChild.nodeName + ", " + n.deepDate.getTime());
};
lcReceiver.connect("amf0_test_connection");

trace("--- Testing LocalConnection ---");
var lcSender = new LocalConnection();
lcSender.send("amf0_test_connection", "onReceiveArrays", denseArray, sparseArray, mixedArray, fakeArray, topDate, topXML, nestedContainer);


// --- 3. TEST SHAREDOBJECT (Disk Serialization) ---
trace("--- Testing SharedObject ---");
var so = SharedObject.getLocal("avm1_amf_test");
so.data.d = denseArray;
so.data.s = sparseArray;
so.data.m = mixedArray;
so.data.f = fakeArray;
so.data.date = topDate;
so.data.xml = topXML;
so.data.n = nestedContainer;
so.flush();

var soRead = SharedObject.getLocal("avm1_amf_test");
trace("SO Deserialization Complete: " + soRead.data.date.getTime() + ", " + soRead.data.n.deepXML.firstChild.nodeName);


// --- 4. TEST NETCONNECTION (AMF0 Wire Serialization) ---
trace("--- Testing NetConnection ---");
var nc = new NetConnection();
nc.connect("http://localhost:8000/");

var responder = new Object();
responder.onResult = function(res) { trace("NC Result"); };

nc.call("test.avm1", responder, denseArray, sparseArray, mixedArray, fakeArray, topDate, topXML, nestedContainer);

package {
    import flash.display.Sprite;
    import flash.net.NetConnection;
    import flash.net.Responder;
    import flash.net.LocalConnection;
    import flash.utils.ByteArray;

    public class Test extends Sprite {
        public function Test() {
            
            // --- 1. SETUP THE DATA STRUCTURES ---
            var as3Dense:Array = ["dense_0", "dense_1"];
            
            var as3Sparse:Array = [];
            as3Sparse[0] = "sparse_0";
            as3Sparse[5] = "sparse_5";

            var as3Mixed:Array = ["mixed_0"];
            as3Mixed["custom_prop"] = "custom_value";

            var as3Fake:Object = { "0": "fake_0", "length": 1 };

            // NEW: Native Types (Top Level)
            var as3Date:Date = new Date(1672531200000);
            var as3XML:XML = new XML("<root><node attr='test'>AVM2</node></root>");

            // NEW: Nested Object
            var as3Nested:Object = {
                deepDense: ["deep_0", "deep_1"],
                deepSparse: [],
                deepDate: new Date(1672531200000),
                deepXML: new XML("<nested>data</nested>")
            };
            as3Nested.deepSparse[0] = "deep_s0";
            as3Nested.deepSparse[3] = "deep_s3";


            // --- 2. TEST BYTEARRAY (AMF0 & AMF3 Memory Boundaries) ---
            trace("--- Testing ByteArray AMF0 ---");
            var ba0:ByteArray = new ByteArray();
            ba0.objectEncoding = 0; 
            ba0.writeObject(as3Dense);
            ba0.writeObject(as3Sparse);
            ba0.writeObject(as3Mixed);
            ba0.writeObject(as3Fake);
            ba0.writeObject(as3Date);
            ba0.writeObject(as3XML);
            ba0.writeObject(as3Nested);
            
            ba0.position = 0;
            var readBa0:* = ba0.readObject();
            trace("ByteArray AMF0 Read: " + readBa0[0]);

            trace("--- Testing ByteArray AMF3 ---");
            var ba3:ByteArray = new ByteArray();
            ba3.objectEncoding = 3; 
            ba3.writeObject(as3Dense);
            ba3.writeObject(as3Sparse);
            ba3.writeObject(as3Mixed);
            ba3.writeObject(as3Fake);
            ba3.writeObject(as3Date);
            ba3.writeObject(as3XML);
            ba3.writeObject(as3Nested);
            
            ba3.position = 0;
            var readBa3:* = ba3.readObject();


            // --- 3. TEST LOCALCONNECTION (AMF0 Wire Boundaries) ---
            trace("--- Testing LocalConnection ---");
            var lcReceiver:LocalConnection = new LocalConnection();
            lcReceiver.client = {
                onReceiveArrays: function(d:*, s:*, m:*, f:*, date:*, xml:*, n:*):void {
                    trace("LC Received: " + date.getTime() + ", " + xml.name());
                }
            };
            try { lcReceiver.connect("amf3_test_connection"); } catch (e:Error) {}

            var lcSender:LocalConnection = new LocalConnection();
            lcSender.send("amf3_test_connection", "onReceiveArrays", as3Dense, as3Sparse, as3Mixed, as3Fake, as3Date, as3XML, as3Nested);


            // --- 4. TEST NETCONNECTION (AMF0 & AMF3 Wire Paths) ---
            var responder:Responder = new Responder(
                function(res:Object):void { trace("NC Success"); },
                function(err:Object):void { trace("NC Failed"); }
            );

            trace("--- Testing NetConnection AMF0 ---");
            var nc0:NetConnection = new NetConnection();
            nc0.objectEncoding = 0; 
            nc0.connect("http://localhost:8000/");
            nc0.call("test.avm2.amf0", responder, as3Dense, as3Sparse, as3Mixed, as3Fake, as3Date, as3XML, as3Nested);

            trace("--- Testing NetConnection AMF3 ---");
            var nc3:NetConnection = new NetConnection();
            nc3.objectEncoding = 3; 
            nc3.connect("http://localhost:8000/");
            nc3.call("test.avm2.amf3", responder, as3Dense, as3Sparse, as3Mixed, as3Fake, as3Date, as3XML, as3Nested);
        }
    }
}