/**
* A `Session` object corresponds to the connection between one game
* client and the game server it is connected to. A new session is
* initialized for each new connection to the GS; after successful
* login, the respective {@link Player} object is associated with the
* session (and vice-versa), linking the model and communications
* layers.
*
* Incoming data is deserialized here, and each resulting message is
* passed on to the GSJS request handler for processing within a new
* request context. Any unhandled errors there are processed by the
* {@link Session#handleAmfReqError|handleAmfReqError} function; lower
* level problems (e.g. during AMF deserialization) are handled by the
* {@link http://nodejs.org/docs/latest/api/domain.html|domain} based
* {@link Session#handleError|handleError} function, as well as
* networking errors.
*
* Since sessions are usually short-lived (client commonly has to
* reconnect to other GS when the player is changing locations) and
* the client already contains functionality to reconnect after an
* intermittent connection loss, they are not persisted across server
* restarts.
*
* `Session` is a Node.js `{@link http://nodejs.org/api/events.html#events_class_events_eventemitter
* EventEmitter}`, emitting the following events:
* * `close` when the client connection has been closed (cleanly or
* after an error)
*
* @param {string} id unique ID for this session (unique per GS)
* @param {Socket} socket TCP socket connection to the client
*
* @constructor
*/
function Session(id, socket) {
Session.super_.call(this);
this.id = id;
this.loggedIn = false;
this.preLoginBuffer = [];
this.socket = socket;
this.ts = new Date().getTime();
this.maxMsgSize = config.get('net:maxMsgSize');
this.jsamf = config.get('net:amflib') === 'js';
// disable Nagle's algorithm (we need all messages delivered as quickly as possible)
this.socket.setNoDelay(true);
// set up domain for low-level issue handling (networking and
// AMF deserialization issues)
this.dom = domain.create();
this.dom.add(this.socket);
this.dom.on('error', this.handleError.bind(this));
this.setupSocketEventHandlers();
this.gsjsProcessMessage = gsjsBridge.getMain().processMessage;
log.info({session: this, addr: socket.remoteAddress, port: socket.remotePort},
'new session created');
}
suite.add('itemstack_verb', function () {
gsjsBridge.getMain().processMessage(pc, {type: 'itemstack_verb',
itemstack_tsid: apple.tsid, verb: 'lick'});
});
suite.add('itemstack_verb_menu', function () {
gsjsBridge.getMain().processMessage(pc, {type: 'itemstack_verb_menu',
itemstack_tsid: trant.tsid});
});
suite.add('groups_chat', function () {
gsjsBridge.getMain().processMessage(pc, {type: 'local_chat', txt: 'test!'});
});
suite.add('relogin_end', function () {
gsjsBridge.getMain().processMessage(pc, {type: 'relogin_end'});
});
suite.add('login_start', function () {
gsjsBridge.getMain().processMessage(pc, {type: 'login_start'});
});
suite.add('move_xy', function () {
gsjsBridge.getMain().processMessage(pc, {type: 'move_xy', x: 1, y: 1});
});