With reference to SourceForge's open source project, data transmission uses WDDX methods to serialize objects and its attributes, and the receiving end is subjected to serialization of the corresponding data.
Pre {Font-Family: "Courier New", Courier, Arial; font-size: 12px;}
. galan {color: # 000000;
. readyword {color: # 993300;
.IDENTIFIER {color: # 000087;
.properties {color: # 000087;
{Color: # 000087;
.LINECMMMENT, .BLOCKCOMMENT {Color: # 808080;
. String {color: # 0000ff;}
// ******************************************************** *****************************
// ______
// .- "" -.
// / aol /
// | |
// |, .-. .-., |
// |) (__ / / __) (|
// | / // / |
// (@_ (_ ^^ _)
// _) / _______ / __ | iiiiii | __ / _________________________
// (_) @ 8 @ 8 {} <________ | - / iiiiii / - | __________________________>
//) _ / / /
// (@ `--------` aol flash studio.
// ******************************************************** *****************************
@FileName Sharpflash.as
@Package sharpflash
@Description C # Program with Flash Interaction Interface, using Singleton mode, only one interface is allowed
@Author AOL
@Email jeremy1982@21cn.com
@Create 2004.10.10
@Lastchange 2004.10.11
@History
// ******************************************************** *****************************
Class Sharpflash.Sharpflash
{
Private static var _INstance: Sharpflash
Public static function get instance (): Sharpflash
{
// trace (_instance);
IF (_Instance == null)
{
_INSTANCE = New Sharpflash ();
}
Return_INSTANCE;
}
///
Private var_data: string;
PRIVATE VAR WATCH: FUNCTION;
Private var wddx: wddx;
Private var callbacklist: array; // Constructor
Private function sharpflash ()
{
WDDX = New WDDX ();
this.watch ("Data", OnData);
}
// Attribute DATA, assigns a value by C #, Flash monitors its value change
Public Function Get Data (): String
{
Return_Data;
}
Public Function SET DATA (Value: String): Void
{
_DATA = VALUE;
}
// Data change process method
Function OnData (Prop: String, OldVal: String, NewVal: String)
{
// _Root.Result.text = newval;
VAR XML: XML = New XML ();
Xml.Parsexml (NewVal);
Var response_xml: XMLNode = Xml.firstchild.FirstChild;
// Tune function ID
VAR TMP: XMLNode = response_xml.childnodes [0] .firstchild;
// Callback function There is one or two parameters in this node
/ / Can derive the number of parameters by resolving the Arg node of the package sent from the C # side
Var argcount: Number = response_xml.childNodes [1] .childnodes.length
// _Root.Result.text = argcount;
Switch (argcount)
{
Case 1:
Var arg1_wddx_xml: XML = New XML ();
Arg1_wddx_xml.parsexml (response_xml.childnodes [1] .childnodes [0] .firstchild);
Var funcargs = new array (1);
Funcargs [0] = WDDX.DSERIALIZE (arg1_wddx_xml);
// carried out
Callbacklist [TMP] .callback.Apply (CallbackList [TMP]. Scope, Funcargs);
// debug code:
// _Root.Result.text = "1 arg results: [0] =" funcargs [0];
Break;
Case 2:
Var arg1_wddx_xml: XML = New XML ();
Arg1_wddx_xml.parsexml (response_xml.childnodes [1] .childnodes [0] .firstchild);
Var arg2_wddx_xml: XML = New XML ();
Arg2_wddx_xml.parsexml (response_xml.childnodes [1] .childnodes [1] .firstchild);
Var funcargs: array = new array (2);
Funcargs [0] = WDDX.DSERIALIZE (arg1_wddx_xml);
Funcargs [1] = WDDX.DSERIALIZE (arg2_wddx_xml);
// carried out
Callbacklist [TMP] .callback.Apply (CallbackList [TMP]. Scope, Funcargs);
// debug code:
//_root.result.text = "2 arg results: [0] =" funcargs [0] "/ n [1] =" funcargs [1];
DEFAULT:
Break;
}
}
}
A small example, by C # derive the path where the current program is located.
