public void TestValueRetrieveString()
{
// setup handler and add task
Threadnaught handler = new Threadnaught();
string taskString = "blah blah blah";
int task1 = handler.AddTask(new Task <string>(() => WasteTimeString(1, taskString)));
// get the value
Assert.AreEqual(handler.GetTaskValue <string>(task1), taskString);
}
public void TestValueRetrieveInt()
{
// setup handler and add task
Threadnaught handler = new Threadnaught();
int taskNumber = 1;
int task1 = handler.AddTask(new Task <int>(() => WasteTimeInt(taskNumber)));
// get the value
Assert.AreEqual(handler.GetTaskValue <int>(task1), taskNumber);
}
public void TestTaskThrottling()
{
// setup a task handler
Threadnaught handler = new Threadnaught(3);
// add tasks
List <int> taskKeys = new List <int>();
newTasks.ForEach(m => taskKeys.Add(handler.AddTask(m, false)));
// wait for them then tell the tester to check for those keys
handler.WaitForTasks(taskKeys, true);
}
public void TestWait()
{
// create the task handler
Threadnaught handler = new Threadnaught(false); // false to check the auto start on the wait
// setup a list to get the task keys
List <int> taskKeys = new List <int>();
// add the tasks to the handler
newTasks.ForEach(m => taskKeys.Add(handler.AddTask(m)));
// pick a task to run
int taskToRun = PickRandomTaskKey(taskKeys);
handler.WaitForTask(taskToRun);
Assert.AreEqual(handler.GetTask(taskToRun).Status, TaskStatus.RanToCompletion);
taskKeys.Where(m => m != taskToRun).ToList().ForEach(m => Assert.AreEqual(handler.GetTask(m).Status, TaskStatus.Created));
}
public void TestWaitMultiple()
{
// create the task handler
Threadnaught handler = new Threadnaught(false); // false to check the auto start on the wait
// setup a list to get the task keys
List <int> taskKeys = new List <int>();
// add the tasks to the handler
newTasks.ForEach(m => taskKeys.Add(handler.AddTask(m)));
// get the keys we want to run
List <int> tasksToRun = PickRandomTaskKeys(taskKeys, 4);
// wait for the tasks
handler.WaitForTasks(tasksToRun);
// make sure the tasks are run to completion
tasksToRun.ForEach(m => Assert.AreEqual(handler.GetTask(m).Status, TaskStatus.RanToCompletion));
}
public void TestTaskRemoval()
{
// setup a task handler
Threadnaught handler = new Threadnaught(true);
// add tasks
List <int> taskKeys = new List <int>();
newTasks.ForEach(m => taskKeys.Add(handler.AddTask(m)));
// pick some tasks to run
List <int> tasksToRun = PickRandomTaskKeys(taskKeys, 6);
// wait for them then tell the tester to check for those keys
handler.WaitForTasks(tasksToRun, true);
// if any of the keys exist, it should fail
if (handler.TaskQueue.Keys.Where(m => tasksToRun.Any(x => x == m)).Count() > 0)
{
Assert.Fail();
}
}
public void TextAutoExecute()
{
Threadnaught handler = new Threadnaught(false);
int task1 = handler.AddTask(new Task(() => ExecuteWasteTime(1)));
int task2 = handler.AddTask(new Task(() => ExecuteWasteTime(2)));
int task3 = handler.AddTask(new Task(() => ExecuteWasteTime(3)));
handler.StartTask(task1);
handler.StartTask(task3);
handler.WaitForTask(task1);
handler.WaitForTask(task3);
// if task two rant o completion or ran, it failed
Task taskTwo = handler.GetTask(task2);
if (taskTwo.Status == TaskStatus.RanToCompletion ||
taskTwo.Status == TaskStatus.Running)
{
Assert.Fail();
}
}
public void TestAdd()
{
Threadnaught handler = new Threadnaught();
int task1 = handler.AddTask(new Task(() => AddWasteTime(1)));
int task2 = handler.AddTask(new Task(() => AddWasteTime(2)));
int task3 = handler.AddTask(new Task(() => AddWasteTime(3)));
handler.WaitForTask(task1);
handler.WaitForTask(task2);
handler.WaitForTask(task3);
// if any of the stats havent ran to completion, this test failed
if (new List <TaskStatus>()
{
handler.GetTask(task1).Status,
handler.GetTask(task2).Status,
handler.GetTask(task3).Status
}.Any(m => m != TaskStatus.RanToCompletion))
{
Assert.Fail();
}
}
