private void timer1_Tick(object sender, EventArgs e)
{
for (int i = 0; i < numberOfProcessors; i++)
{
processors[i].MillisecondRemove();
}
generateTask = new GenerateTask();
if (GENERAL_PROBABILITY > 0)
{
generateTask.probability = GENERAL_PROBABILITY;
}
if (GENERAL_COMPLEXITY > 0)
{
generateTask.taskComplexity = GENERAL_COMPLEXITY;
}
var processorsInUse = generateTask.GetProcessors(availableProcessors.Count, availableProcessors);
var minInd = processorsInUse[0];
double load = (double)Int32.MaxValue;
double tmp = 0;
GetMinLoadedProcessor(ref minInd, ref load, ref tmp, processorsInUse);
var currentProcessor = minInd;
Pair <bool, double> pair = generateTask.CanAppear();
for (int i = 0; i < processorsInUse.Count; i++)
{
processorsInUse[i]++;
}
if (pair.First)
{
TOTAL_TASKS++;
processors[currentProcessor].AddTask(generateTask.taskComplexity);
// if (processorsInUse.Count > 1)
// processorsInUse.RemoveAt(processorsInUse.Count - 1);
ListViewItem listView = new ListViewItem(
new string[] { string.Join(" ", processorsInUse),
generateTask.taskComplexity.ToString(),
processors[currentProcessor].queue.ToString() }
);
// shitty construction
listViews.ToArray()[currentProcessor].Items.Add(listView);
}
ListViewItem lstRes = new ListViewItem(
new string[] {
(pair.Second / 100.0).ToString(),
pair.First.ToString(),
string.Join(" ", processorsInUse),
generateTask.taskComplexity.ToString(),
processors[currentProcessor].queue.ToString()
}
);
listView6.Items.Add(lstRes);
}
private void timer1_Tick(object sender, EventArgs e)
{
for (int i = 0; i < numberOfProcessors; i++)
{
processors[i].MillisecondRemove();
}
generateTask = new GenerateTask();
if (GENERAL_PROBABILITY > 0)
{
generateTask.probability = GENERAL_PROBABILITY;
}
if (GENERAL_COMPLEXITY > 0)
{
generateTask.taskComplexity = GENERAL_COMPLEXITY;
}
var currentProcessor = 0;
var processorsInUse = new List <int>();
bool isPlanner = true;
// Planner - 4 ms
if (processors[PLANNER_PROCESSOR_INDEX].timeToBePlanner != 0)
{
processorsInUse = generateTask.GetProcessors(availableProcessors.Count, availableProcessors);
var minInd = processorsInUse[0];
double load = (double)Int32.MaxValue;
double tmp = 0;
GetMinLoadedProcessor(ref minInd, ref load, ref tmp, processorsInUse);
currentProcessor = minInd;
processors[PLANNER_PROCESSOR_INDEX].timeToBePlanner--;
if (processors[PLANNER_PROCESSOR_INDEX].timeToBePlanner == 0)
{
listViews.ToArray()[PLANNER_PROCESSOR_INDEX].Items.Add("working");
}
}
else
if (processors[PLANNER_PROCESSOR_INDEX].timeToBeProcessor != 0)
{
isPlanner = false;
processorsInUse = generateTask.GetProcessors(numberOfProcessors);
currentProcessor = processorsInUse[0] - 1;
for (int i = 0; i < processorsInUse.Count; i++)
{
processorsInUse[i]--;
}
processors[PLANNER_PROCESSOR_INDEX].timeToBeProcessor--;
if (processors[PLANNER_PROCESSOR_INDEX].timeToBeProcessor == 0)
{
listViews.ToArray()[PLANNER_PROCESSOR_INDEX].Items.Add("planner");
processors[PLANNER_PROCESSOR_INDEX].timeToBePlanner = 4;
processors[PLANNER_PROCESSOR_INDEX].timeToBeProcessor = 20;
}
}
// Queue - 20 ms
Pair <bool, double> pair = generateTask.CanAppear();
for (int i = 0; i < processorsInUse.Count; i++)
{
processorsInUse[i]++;
}
if (pair.First)
{
TOTAL_TASKS++;
processors[currentProcessor].AddTask(generateTask.taskComplexity);
if (processorsInUse.Count > 1 && !isPlanner)
{
processorsInUse.RemoveAt(processorsInUse.Count - 1);
}
ListViewItem listView = new ListViewItem(
new string[] { string.Join(" ", processorsInUse),
generateTask.taskComplexity.ToString(),
processors[currentProcessor].queue.ToString() }
);
// shitty construction
listViews.ToArray()[currentProcessor].Items.Add(listView);
}
ListViewItem lstRes = new ListViewItem(
new string[] {
(pair.Second / 100.0).ToString(),
pair.First.ToString(),
string.Join(" ", processorsInUse),
generateTask.taskComplexity.ToString(),
processors[currentProcessor].queue.ToString()
}
);
listView6.Items.Add(lstRes);
}