Ftp.prototype.keepAlive = function() {
var self = this;
if (this._keepAliveInterval)
vertx.cancelTimer(this._keepAliveInterval);
this._keepAliveInterval = vertx.setPeriodic(IDLE_TIME, function () { self.raw.noop(); });
};
smtpClient.once('idle', function () {
if (sendTimeoutTimer) {
vertx.cancelTimer(sendTimeoutTimer);
}
self._isIdle = true;
callback(undefined, sendResult);
});
Ftp.prototype.destroy = function() {
try {
if (this._keepAliveInterval)
vertx.cancelTimer(this._keepAliveInterval);
this.removeAllListeners();
if (this.socket) this.socket.close();
this.socket = undefined;
this.features = null;
this.authenticated = false;
} catch (ignore) {}
};
/*
* Reusable function to return and error
*/
function returnError (err) {
if (sendTimeoutTimer) {
vertx.cancelTimer(sendTimeoutTimer);
}
if (smtpClient) {
try {
smtpClient.close();
} catch (ignore) {}
smtpClient = undefined;
}
callback(err);
} // END: returnError
vertx.setPeriodic(1, function(id){
//console.log('Periodic ' + count);
count++;
var bytes = port.getQueueStatus();
//console.log('Per '+ count + ', Bytes ' + bytes);
if(locked){
if(bytes >= 747) {
var buffer = port.read(bytes);
}
// TODO: Change to actual readed buffer length
if(bytes == 747){
trueCount++;
console.log('Pkt: ' + trueCount);
//
port.write('123');
} else {
if(bytes > 747){
locked = false;
proe++;
console.log('Proe: ' + proe);
console.log('Bytes: ' + bytes);
console.log('Curr: ' + trueCount);
}
}
} else {
if(bytes > 0) {
console.log('Not locked, reading ' + bytes + ' bytes');
port.read(bytes);
} else {
locked = true;
console.log('Buffer is empty. Locking alrogithm');
}
}
if(count === 100000) {
vertx.cancelTimer(id);
console.log('Done: ' + (count/trueCount) + ' ms');
console.log('Proe: ' + proe);
console.log('TrueCounts: ' + trueCount);
console.log('%: ' + (proe/trueCount*100));
}
});
smtpClient.on('end', function () {
if (sendTimeoutTimer) {
vertx.cancelTimer(sendTimeoutTimer);
}
callback(sendError, sendResult);
});