private void StatusUpdate()
{
//lock (StatusObjectLocker)
//{
// get memory usage for status update
string memorynumber;
using (Process proc = Process.GetCurrentProcess())
{
long memorySize64 = proc.PrivateMemorySize64;
memorynumber = BytesToString(memorySize64);
}
TaskCounters shareTaskCounters = ShareTaskScheduler.Scheduler.GetTaskCounters();
TaskCounters treeTaskCounters = TreeTaskScheduler.Scheduler.GetTaskCounters();
TaskCounters fileTaskCounters = FileTaskScheduler.Scheduler.GetTaskCounters();
StringBuilder updateText = new StringBuilder("Status Update: \n");
updateText.Append("ShareFinder Tasks Completed: " + shareTaskCounters.CompletedTasks + "\n");
updateText.Append("ShareFinder Tasks Remaining: " + shareTaskCounters.CurrentTasksRemaining + "\n");
updateText.Append("ShareFinder Tasks Running: " + shareTaskCounters.CurrentTasksRunning + "\n");
updateText.Append("TreeWalker Tasks Completed: " + treeTaskCounters.CompletedTasks + "\n");
updateText.Append("TreeWalker Tasks Remaining: " + treeTaskCounters.CurrentTasksRemaining + "\n");
updateText.Append("TreeWalker Tasks Running: " + treeTaskCounters.CurrentTasksRunning + "\n");
updateText.Append("FileScanner Tasks Completed: " + fileTaskCounters.CompletedTasks + "\n");
updateText.Append("FileScanner Tasks Remaining: " + fileTaskCounters.CurrentTasksRemaining + "\n");
updateText.Append("FileScanner Tasks Running: " + fileTaskCounters.CurrentTasksRunning + "\n");
updateText.Append(memorynumber + " RAM in use.");
Mq.Info(updateText.ToString());
if (FileTaskScheduler.Done() && ShareTaskScheduler.Done() && TreeTaskScheduler.Done())
{
AllTasksComplete = true;
}
//}
}
private void StatusUpdate()
{
//lock (StatusObjectLocker)
//{
// get memory usage for status update
string memorynumber;
using (Process proc = Process.GetCurrentProcess())
{
long memorySize64 = proc.PrivateMemorySize64;
memorynumber = BytesToString(memorySize64);
}
TaskCounters shareTaskCounters = ShareTaskScheduler.Scheduler.GetTaskCounters();
TaskCounters treeTaskCounters = TreeTaskScheduler.Scheduler.GetTaskCounters();
TaskCounters fileTaskCounters = FileTaskScheduler.Scheduler.GetTaskCounters();
StringBuilder updateText = new StringBuilder("Status Update: \n");
updateText.Append("ShareFinder Tasks Completed: " + shareTaskCounters.CompletedTasks + "\n");
updateText.Append("ShareFinder Tasks Remaining: " + shareTaskCounters.CurrentTasksRemaining + "\n");
updateText.Append("ShareFinder Tasks Running: " + shareTaskCounters.CurrentTasksRunning + "\n");
updateText.Append("TreeWalker Tasks Completed: " + treeTaskCounters.CompletedTasks + "\n");
updateText.Append("TreeWalker Tasks Remaining: " + treeTaskCounters.CurrentTasksRemaining + "\n");
updateText.Append("TreeWalker Tasks Running: " + treeTaskCounters.CurrentTasksRunning + "\n");
updateText.Append("FileScanner Tasks Completed: " + fileTaskCounters.CompletedTasks + "\n");
updateText.Append("FileScanner Tasks Remaining: " + fileTaskCounters.CurrentTasksRemaining + "\n");
updateText.Append("FileScanner Tasks Running: " + fileTaskCounters.CurrentTasksRunning + "\n");
updateText.Append(memorynumber + " RAM in use." + "\n");
updateText.Append("\n");
// if all share tasks have finished, reduce max parallelism to 0 and reassign capacity to file scheduler.
if (ShareTaskScheduler.Done() && (shareTaskCounters.MaxParallelism >= 1))
{
// get the current number of sharetask threads
int transferVal = shareTaskCounters.MaxParallelism;
// set it to zero
ShareTaskScheduler.Scheduler._maxDegreeOfParallelism = 0;
// add 1 to the other
FileTaskScheduler.Scheduler._maxDegreeOfParallelism = FileTaskScheduler.Scheduler._maxDegreeOfParallelism + transferVal;
updateText.Append("ShareScanner queue finished, rebalancing workload." + "\n");
}
// do other rebalancing
if (fileTaskCounters.CurrentTasksQueued <= (MyOptions.MaxFileQueue / 20))
{
// but only if one side isn't already at minimum
if (FileTaskScheduler.Scheduler._maxDegreeOfParallelism > 1)
{
updateText.Append("Insufficient FileScanner queue size, rebalancing workload." + "\n");
--FileTaskScheduler.Scheduler._maxDegreeOfParallelism;
++TreeTaskScheduler.Scheduler._maxDegreeOfParallelism;
}
}
if (fileTaskCounters.CurrentTasksQueued == MyOptions.MaxFileQueue)
{
if (TreeTaskScheduler.Scheduler._maxDegreeOfParallelism > 1)
{
updateText.Append("Max FileScanner queue size reached, rebalancing workload." + "\n");
++FileTaskScheduler.Scheduler._maxDegreeOfParallelism;
--TreeTaskScheduler.Scheduler._maxDegreeOfParallelism;
}
}
updateText.Append("Max ShareFinder Threads: " + ShareTaskScheduler.Scheduler._maxDegreeOfParallelism + "\n");
updateText.Append("Max TreeWalker Threads: " + TreeTaskScheduler.Scheduler._maxDegreeOfParallelism + "\n");
updateText.Append("Max FileScanner Threads: " + FileTaskScheduler.Scheduler._maxDegreeOfParallelism + "\n");
DateTime now = DateTime.Now;
TimeSpan runSpan = now.Subtract(StartTime);
updateText.Append("Been Snafflin' for " + runSpan + " and we ain't done yet..." + "\n");
Mq.Info(updateText.ToString());
if (FileTaskScheduler.Done() && ShareTaskScheduler.Done() && TreeTaskScheduler.Done())
{
waitHandle.Set();
}
//}
}
