public void execute_tasks_ERROR_HANDLE_ATTEMPS_1_worker_10_Iterations()
{
int itterationCount = 10;
const string queueName = "execute_tasks_ERROR_HANDLE_ATTEMPS_1_worker_10_Iterations";
int workerscount = 1;
var executer = new MockBehaviorErorrTaskExecution();
var queue = QueueFactory.CreateQueueHandleFailed(workerscount, executer, 3, queueName);
for (int i = 1; i <= itterationCount; i++)
{
queue.AddTask(QueueTask.Create(0, i.ToString()));
}
WaitTast(10000);
Assert.AreEqual(itterationCount.ToString(), executer.ExecutionTaskCount.ToString());
}
public void execute_tasks_4_worker_100_Iterations()
{
int itterationCount = 100;
const string queueName = "execute_tasks_4_worker_100_Iterations";
int workerscount = 4;
var executer = new MockBehaviorTaskExecution();
var queue = QueueFactory.CreateQueue(workerscount, executer, queueName);
for (int i = 1; i <= itterationCount; i++)
{
queue.AddTask(QueueTask.Create(0, i.ToString()));
}
WaitTast(100);
Assert.AreEqual(itterationCount.ToString(), executer.ExecutionTaskCount.ToString());
}
public void execute_task_4_worker_self_tread__100_Iterations()
{
int itterationCount = 100;
const string queueName = "execute_task_4_worker_self_tread__100_Iterations";
int workerscount = 4;
var executer = new MockBehaviorTaskExecution();
var queue = QueueFactory.CreateQueue(workerscount, executer, queueName);
for (int i = 1; i <= itterationCount; i++)
{
queue.AddTaskAsync(QueueTask.Create(0, i.ToString())).Wait();
var a = rnd.Next(1, 31);
if (a % 2 == 0)
{
WaitTast(2);
}
}
Assert.AreEqual(itterationCount.ToString(), executer.ExecutionTaskCount.ToString());
}
public void ExecuteTasks_on_1_Worker_Test()
{
int itterationCount = 10;
int executedTasksCount = 1;
const string queueName = "ExecuteTasks_on_1_Worker_Test";
int workerscount = 1;
var queue = QueueFactory.CreateQueue(workerscount, new MockTaskExecuter(), queueName);
queue.TaskExecutionEvents.SuccessExecuteTaskEvent += delegate(ITaskStore store, QueueTask task)
{
executedTasksCount++;
};
for (int i = 0; i < itterationCount; i++)
{
queue.AddTask(QueueTask.Create(0, i.ToString()));
}
Assert.AreEqual(itterationCount, executedTasksCount);
}
public void Test_Queue_QM_On_NumberCalculateExecuter_with_2_Workers()
{
int itterationCount = 10;
int executedTasksCount = 1;
const string queueName = "Test_Queue_QM_On_NumberCalculateExecuter_with_2_Workers";
var queue = QueueFactory.CreateQueue(2, new MockTaskExecuter(), queueName);
queue.TaskExecutionEvents.SuccessExecuteTaskEvent += delegate(ITaskStore store, QueueTask task)
{
executedTasksCount++;
};
QueueManager.Kernal.RegistrateQueue(queue);
for (int i = 0; i < itterationCount; i++)
{
QueueManager.Kernal[queueName].AddTask(QueueTask.Create(0, i.ToString()));
}
Assert.AreEqual(itterationCount, executedTasksCount);
}