Follow the instructions for the Chat Researcher keyframe, with the exception of the Save Text and End Session buttons, which should be omitted. The movie should resemble this image.
// AMFPHPChat - CSAS layer - login keyframe
//
//Needed classes
#include "NetServices.as"
//just for debugging purposes
#include "NetDebug.as"
#include "synchAndStatusHandler.as"
//
Microphone.prototype.onStatus = onStatusTemplate;
NetConnection.prototype.onStatus = onStatusTemplate;
NetStream.prototype.onStatus = onStatusTemplate;
SharedObject.prototype.onStatus = onStatusTemplate;
//
var appName:String = "AMFPHPChat";
//
// *************************************************************
// Netservices set-up: This creates a Flash Remoting connection
// to the AMFPHP-enabled web server (e.g., Apache) and allows
// the .swf to call a function in a PHP script, thereby working
// around the crossdomain restrictions imposed on loadVars objects.
//
// http://www.amfphp.org for more information on the technology.
// *************************************************************
NetServices.setDefaultGatewayUrl("http://DOMAINNAME/cgi-bin/" + appName + "/gateway.php");
//
// Then, create the connection object without passing a response object parameter
// to the method. The response object will be specified when the component's function
// is called via the service object, myService, defined below.
AMFPHPChatConnection = NetServices.createGatewayConnection();
//
// Result handler for the AMFPHP call "AMFPHPService.validateUser"
// in validateUserAMF(), father below
loginAMFRequest = new Object();
loginAMFRequest.onResult = function(loginResult){
// TODO: AMFPHP service needs to return value that
// distinguishes between error/incorrect login as well as
// researcher and subject logins
trace("loginResult: " + loginResult);
output_txt.text += loginResult + "\n";
Key.removeListener(loginKeyListener);
gotoAndStop("wait");
}
//Create the service used to access PHP code via AMFPHP
AMFPHPService = AMFPHPChatConnection.getService("DBServices");
// instantiate generic object to serve as key listener
loginKeyListener = new Object();
//
loginKeyListener.onKeyDown = function() {
if(Key.getCode() == Key.ENTER) {
// validate user via function that
// queries AMFPHP script
validateUserAMF();
};
};
//
Key.addListener(loginKeyListener);
// validate user via function that
// queries AMFPHP script
this.enter_pb.onRelease = function() {
validateUserAMF();
};
// TO DO: Callback code (a la that in SSAS) needed
// to time out the validateUserAMF call to AMFPHP gateway
validateUserAMF = function () {
trace("validating user");
userIDValue = username_txt.text;
trace("userIDValue: " + userIDValue);
passwordValue = password_txt.text;
trace("passwordValue: " + passwordValue);
AMFPHPService.validateUser(loginAMFRequest, username_txt.text, password_txt.text);
};
//
stop();
// AMFPHPChat_03 - CSAS layer - wait keyframe
// VERSION DATE: 17APR2005
//
#include "NetDebug.as"
#include "synchAndStatusHandler.as"
load("components.asc");
// set globals and constants
RING_VOLUME = 30;
SESSION_MAX_LENGTH = 60;
// generic data object
_global.session = new Object();
// session.username from log-in input
_global.session.username = username;
_global.session.pwd = password;
trace("username: " + session.username);
trace("password: " + session.pwd);
// NetConnection code
// session.uri sets path to server-side application
_global.session.uri = "rtmp://localhost/" + appName + "/instance01";
trace("_global.session.uri: " + _global.session.uri);
//
// create connection object for components and shared objects
chat_nc = new NetConnection();
//
// connect connection object with FlashCom server
chat_nc.connect(session.uri, session.username);
// Set maximum scroll of chat textarea
chat.maxscroll = 1000;
trace("chat.maxscroll: " + chat.maxscroll);
//
// create remote (server-side) shared object: textchat
//
// textchat_so methods should be defined before connecting
// shared object with FlashCom server
AMFPHPChat_so = SharedObject.getRemote("AMFPHPChat_so", _global.session.uri, false);
AMFPHPChat_so.onSync = onSyncTemplate;
//
// AMFPHPChat_so.enterChat
// Function is to be called when set number of users
// have logged in and are waiting at the "wait" frame.
AMFPHPChat_so.enterChat = function() {
trace("in enterChat");
gotoAndStop("chat_researcher");
// this code will have to be changed to decide whether to go
// to the researcher interface or the subject interface
};
//
// connect shared object with FlashCom server
trace("wait; chat_nc: " + chat_nc);
AMFPHPChat_so.connect(chat_nc);
//
// Let FlashCom know app is waiting
chat_nc.call("waiting", null);
//
stop();
NOTE: The chat_subject keyframe can use the same code as the chat_researcher keyframe because the text-writing and session-ending code cannot be accessed without the UI buttons in the chat_researcher keyframe.
NOTE: The following code should be placed in a file named synchAndStatusHandler.as. This code is useful for debugging in the Flash MX 2004 authoring environment. It reports all synchronization messages (e.g., successes and errors) and status messages. Code could be added to respond to specific events such as errors in connecting or unexpected disconnections.
// AMFPHPChat
// *TEMPLATE* synchAndStatusHandler - CSAS/SSAS - "#include" file
//
onSyncTemplate = function (info) {
trace("Data Synchronizing");
//
// This structure may be used as a prototype for onSync handlers.
//
// First, loop through the array of objects with the IN operator
//
for (name in info) {
trace("[sync] Array Object #"+name+" code("+info[name].code+","+info[name].name+")");
//
// ::: switch to handle code values returned by the object
// Place Custom Code Here
//
switch (info[name].code) {
case "change" :
trace("::change of data by another client");
// Place Custom Code Here
//
break;
case "success" :
trace("::successful change of data from this server");
// Place Code Here
//
break;
case "reject" :
trace("::rejected SharedObject write operation");
// Place Code Here
//
break;
case "clear" :
trace("::initialization of the SharedObject");
// Place Code Here
//
break;
case "delete" :
trace("::deleted Attributes");
// Place Code Here
}
// ::: End the switch, continue looping through the information object
}
// ::: End of onSync handler
};
//
function onStatusTemplate(info) {
infoMessage_array = info.code.split(".");
trace(" ** status message received for: "+infoMessage_array[0]+" **");
trace(" ** "+new Date());
trace(" |::: Level--> "+info.level);
trace(" |::: Code --> "+info.code);
//
// Trace information properties
if (info.description != undefined) {
trace(" |::: Description--> "+info.description);
}
if (info.details != undefined) {
trace(" |::: Details--> "+info.details);
}
if (info.application != undefined) {
trace(" |::: Application--> "+info.application);
}
switch (infoMessage_array[0]) {
case "Application" :
trace(" | ::::Application Messages");
// Display script error messages
if (infoMessage_array[1] == "script") {
trace(" |::: Script Error Details. Filename--> "+info.filename+" Line--> "+info.lineno);
trace(info.linebuf);
}
// Place Code Here
break;
case "Camera" :
// | :::: Handle Camera Messages
// Place Code Here
break;
case "Microphone" :
// | :::: Handle Microphone Messages
// Place Code Here
break;
case "NetConnection" :
// | ::: Handle NetConnection Messages
if (infoMessage_array[2] == "Success") {
trace(" |::* Connection accepted by server; continuing to load.");
// Place (below) scripts to run when the connection has succeeded
}
if (infoMessage_array[2] == "Closed") {
trace(" |::* Connection was closed; returning the user!");
app_close();
}
// Place Code Here
break;
case "NetStream" :
// | :::: Handle NetStream Messages
// Place Code Here
}
trace(" ** End Status Message for: "+infoMessage_array[0]+" **");
}
