//[Test]
public void Test()
{
Thread threadA = new Thread(() =>
{
string baselineEnvName = "";
TestThreadMethod_("VG-MultiThreadBatchC11", threadALock,
new DesktopBrowserInfo(800, 600, BrowserType.CHROME, baselineEnvName),
new DesktopBrowserInfo(700, 500, BrowserType.CHROME, baselineEnvName),
new DesktopBrowserInfo(400, 300, BrowserType.CHROME, baselineEnvName));
});
threadA.Name = "ThreadA";
Thread threadB = new Thread(() =>
{
string baselineEnvName = "";
TestThreadMethod_("VG-MultiThreadBatchC22", threadBLock,
new DesktopBrowserInfo(840, 680, BrowserType.CHROME, baselineEnvName),
new DesktopBrowserInfo(750, 530, BrowserType.CHROME, baselineEnvName));
});
threadB.Name = "ThreadB";
//Start the thread and wait for all tasks to be created
threadA.Start();
threadALock.WaitOne();
//Start the thread and wait for all tasks to be created
threadB.Start();
threadBLock.WaitOne();
//Get all tasks
IEnumerable <ICompletableTask> allOpenTasks = renderingManager.GetAllTasksByType(TaskType.Open);
IEnumerable <ICompletableTask> allCheckTasks = renderingManager.GetAllTasksByType(TaskType.Check);
IEnumerable <ICompletableTask> allCloseTasks = renderingManager.GetAllTasksByType(TaskType.Close);
IEnumerable <ICompletableTask> allRenderingTasks = renderingManager.GetAllRenderingTasks();
//Test that all tests are not opened yet.
CheckAllTaskAreNotComplete_(allOpenTasks, "OPEN");
//Test that all tests are not checked yet.
CheckAllTaskAreNotComplete_(allCheckTasks, "CHECK");
//Test that all tests are not closed yet.
CheckAllTaskAreNotComplete_(allCloseTasks, "CLOSE");
//Test that all tests are not rendered yet.
CheckAllTaskAreNotComplete_(allRenderingTasks, "RENDER");
//Start Rendering
renderThreadLock.Set();
renderTestLock.WaitOne(); // Wait for first render.
renderThreadLock.Set();
renderTestLock.WaitOne(); // Wait for second render.
int openedTaskCount = StartServiceAndCountCompletedTasks_(allOpenTasks, openerThreadLock, openerTestLock);
Assert.AreEqual(concurrentOpenSessions, openedTaskCount, "Completed opened tasks are not equal to concurrency");
int closeTasksCount = StartServiceAndCountCompletedTasks_(allCloseTasks, closerThreadLock, closerTestLock);
Assert.AreEqual(0, closeTasksCount, "Close tasks are completed before check tasks");
int checkedTasksCount = StartServiceAndCountCompletedTasks_(allCheckTasks, checkerThreadLock, checkerTestLock);
Assert.AreEqual(concurrentOpenSessions, checkedTasksCount, "Completed checked tasks are not equal to concurrency");
PauseAllServices_();
closeTasksCount = StartServiceAndCountCompletedTasks_(allCloseTasks, closerThreadLock, closerTestLock);
Assert.AreEqual(concurrentOpenSessions, closeTasksCount);
openedTaskCount = StartServiceAndCountCompletedTasks_(allOpenTasks, openerThreadLock, openerTestLock);
Assert.AreEqual(5, openedTaskCount, "Completed opened tasks are not equal to concurrency");
checkedTasksCount = StartServiceAndCountCompletedTasks_(allCheckTasks, checkerThreadLock, checkerTestLock);
Assert.AreEqual(5, checkedTasksCount, "Completed checked tasks are not equal to concurrency");
closeTasksCount = StartServiceAndCountCompletedTasks_(allCloseTasks, closerThreadLock, closerTestLock);
Assert.AreEqual(5, closeTasksCount, "Close tasks are completed before check tasks");
}