public void CancelTestRun(ITestRun testRun)
{
TaskPool.TasksForClients.Where(task => task.TestRunId == testRun.Id && !task.IsFinished() && !task.IsActive()).ToList().ForEach(task => task.TaskStatus = TestTaskStatuses.Canceled);
testRun.Status = TestRunStatuses.Cancelled;
if (TaskPool.TasksForClients.Any(task => task.TestRunId == testRun.Id && task.IsActive())) {
TaskPool.TasksForClients.Where(task => task.TestRunId == testRun.Id && task.IsActive()).ToList().ForEach(task => task.TaskStatus = TestTaskStatuses.Interrupted);
testRun.Status = TestRunStatuses.Cancelling;
}
// disconnecting clients
ClientsCollection.Clients.RemoveAll(client => client.TestRunId == testRun.Id);
testRun.SetTimeTaken();
RunNextInRowTestRun();
}
public virtual void CancelTestRun(ITestRun testRun)
{
TaskPool.TasksForClients.Where(task => task.TestRunId == testRun.Id && !task.IsFinished() && !task.IsActive() && !task.IsCancel).ToList().ForEach(task => task.TaskStatus = TestTaskStatuses.Canceled);
var activeTasks = TaskPool.TasksForClients.Where(task => task.TestRunId == testRun.Id && task.IsActive()).ToList();
if (activeTasks.Any())
{
// 20150918
// temporarily
// until there'll be async execution of task here
// linked lines of code 20150918-001
// activeTasks.ForEach(task => { if (!task.IsCancel) task.TaskStatus = TestTaskStatuses.InterruptedByUser; });
// TODO: provide all clients that ran active tasks with newly available tasks
// however clients can't interrupt their tasks
//
testRun.Status = TestRunStatuses.Canceling;
}
else
{
testRun.Status = TestRunStatuses.Canceled;
}
// TODO: set test run status Canceled after all isCancel tasks have finished
// disconnecting clients
// 20150807
// ClientsCollection.Clients.RemoveAll(client => client.TestRunId == testRun.Id);
// 20150909
// no more unregistration of clients
// testRun.UnregisterClients();
// set time only for completely cancelled test runs
// testRun.SetTimeTaken();
if (TestRunStatuses.Canceled == testRun.Status)
{
testRun.SetTimeTaken();
}
// 20150909
// RunNextInRowTestRun();
if (TestRunStatuses.Canceled == testRun.Status)
{
RunNextInRowTestRun();
}
}
public virtual void CancelTestRun(ITestRun testRun)
{
TaskPool.TasksForClients.Where(task => task.TestRunId == testRun.Id && !task.IsFinished() && !task.IsActive() && !task.IsCancel).ToList().ForEach(task => task.TaskStatus = TestTaskStatuses.Canceled);
var activeTasks = TaskPool.TasksForClients.Where(task => task.TestRunId == testRun.Id && task.IsActive()).ToList();
if (activeTasks.Any())
{
// 20150918
// temporarily
// until there'll be async execution of task here
// linked lines of code 20150918-001
// activeTasks.ForEach(task => { if (!task.IsCancel) task.TaskStatus = TestTaskStatuses.InterruptedByUser; });
// TODO: provide all clients that ran active tasks with newly available tasks
// however clients can't interrupt their tasks
//
testRun.Status = TestRunStatuses.Canceling;
}
else
{
testRun.Status = TestRunStatuses.Canceled;
}
// TODO: set test run status Canceled after all isCancel tasks have finished
// disconnecting clients
// 20150807
// ClientsCollection.Clients.RemoveAll(client => client.TestRunId == testRun.Id);
// 20150909
// no more unregistration of clients
// testRun.UnregisterClients();
// set time only for completely cancelled test runs
// testRun.SetTimeTaken();
if (TestRunStatuses.Canceled == testRun.Status)
testRun.SetTimeTaken();
// 20150909
// RunNextInRowTestRun();
if (TestRunStatuses.Canceled == testRun.Status)
RunNextInRowTestRun();
}