public static void WorkerFilaDisciplina()
{
var f = new FilaDisciplinas();
Tuple <string, string, ConcurrentBag <Disciplina>, string> msg;
ClienteWeb wc = new ClienteWeb();
wc.Encoding = Encoding.UTF8;
while ((msg = f.Get()) != null)
{
// f.Put(Tuple.Create(urlCampus, url.Current.Value, discs, nome.Current.Value));
var dep = new Disciplina();
dep.Nome = msg.Item4;
var discs = msg.Item3;
var urlCampus = msg.Item1;
Console.WriteLine("\tLendo disc. " + dep.Nome);
dep.Turmas = LerTurmas(urlCampus, msg.Item2, wc);
Console.WriteLine("depth: " + CodeMQManager.GetQueueDepth(typeof(FilaDisciplinas)));
discs.Add(dep);
}
f.Put(null);
}
public static void PrintQueueDepths()
{
lock (typeof(Utilities))
{
Console.BackgroundColor = ConsoleColor.White;
Console.ForegroundColor = ConsoleColor.Black;
var left = Console.CursorLeft;
var top = Console.CursorTop;
var depths = CodeMQManager.GetQueueDepths();
List <string> texts = new List <string>();
texts.Add(" ");
texts.Add(" Queue depths ");
texts.Add(" ");
texts.AddRange(depths.Select(n => " " + n.Key.Name + ": " + n.Value + " "));
texts.Add(" ");
int newLeft = Console.WindowWidth - texts.Max(n => n.Length);
int wt = Console.WindowTop;
Console.CursorTop = wt;
Console.CursorLeft = newLeft;
for (int i = 0; i < texts.Count; i++)
{
Console.Write(texts[i].PadLeft(texts.Max(n => n.Length)));
wt += 1;
Console.CursorTop = wt;
Console.CursorLeft = newLeft;
}
Console.BackgroundColor = ConsoleColor.Black;
Console.CursorTop = top;
Console.CursorLeft = left;
}
}
static void Main(string[] args)
{
CodeMQManager.LoadQueue(typeof(Queues.NumberToTextQueue));
CodeMQManager.LoadQueue(typeof(Queues.ToUpperQueue));
var t = new Thread(() => NumberToTextWorker());
var t1 = new Thread(() => ToUpperWorker());
var t2 = new Thread(() => QueueDepthsWorker());
t.Start();
t1.Start();
t2.Start();
var qnum = new Queues.NumberToTextQueue();
var qup = new Queues.ToUpperQueue();
qnum.Put(1);
Utilities.Write(ConsoleColor.Yellow, "Produced " + 1);
qup.Put("abc");
Utilities.Write(ConsoleColor.Yellow, "Produced abc");
qnum.Put(2);
Utilities.Write(ConsoleColor.Yellow, "Produced " + 2);
qnum.Put(3);
Utilities.Write(ConsoleColor.Yellow, "Produced " + 3);
qnum.Put(4);
Utilities.Write(ConsoleColor.Yellow, "Produced " + 4);
qnum.Put(5);
Utilities.Write(ConsoleColor.Yellow, "Produced " + 5);
qnum.Put(10);
Utilities.Write(ConsoleColor.Yellow, "Produced " + 10);
qup.Put("test");
Utilities.Write(ConsoleColor.Yellow, "Produced test");
qnum.Put(-1);
Utilities.Write(ConsoleColor.Yellow, "Produced end request");
t.Join();
t1.Join();
Utilities.Write(ConsoleColor.Yellow, "Execution ended, next example will start in 3 sec.");
Thread.Sleep(3000);
CodeMQManager.LoadQueue(typeof(LogQueue));
CodeMQManager.LoadQueue(typeof(TreeWorkerResultQueue));
CodeMQManager.LoadQueue(typeof(TreeWorkerRequestQueue));
// build a tree.
var node =
new TreeNode(1)
{
new TreeNode(2)
{
new TreeNode(4)
{
new TreeNode(8),
new TreeNode(9)
}
},
new TreeNode(3)
{
new TreeNode(6),
new TreeNode(5),
new TreeNode(7)
}
};
var tC = new Thread(() => ControlWorker());
var tw1 = new Thread(() => TreeWorker());
var tw2 = new Thread(() => TreeWorker());
var tw3 = new Thread(() => TreeWorker());
var tw4 = new Thread(() => TreeWorker());
var tw5 = new Thread(() => TreeWorker());
var tw6 = new Thread(() => TreeWorker());
var tw7 = new Thread(() => TreeWorker());
var tw8 = new Thread(() => TreeWorker());
tC.Start();
tw1.Start(); tw2.Start(); tw3.Start(); tw4.Start();
Utilities.Write(ConsoleColor.Gray, "Traversal in progress...");
var w = new TreeWorkerResultQueue();
// request to visit first tree node, to start the chain reaction
w.Put(new TreeWorkerResultMessage()
{
processed = false,
result = node
});
tC.Join();
tw1.Join(); tw2.Join(); tw3.Join(); tw4.Join();
Utilities.Write(ConsoleColor.Gray, "Traversal ended. Results:");
var l = new LogQueue();
while (CodeMQManager.GetQueueDepth(typeof(LogQueue)) > 0)
{
Utilities.Write(ConsoleColor.Gray, l.Get());
}
Utilities.Write(ConsoleColor.Gray, "Execution ended. ENTER to exit.");
t2.Abort();
Console.ReadLine();
}