protected void ClearTaskQueueContext()
{
using (var dc = new TaskQueueContext())
{
foreach (var item in dc.TaskParams) dc.TaskParams.Remove(item);
foreach (var item in dc.Tasks) dc.Tasks.Remove(item);
dc.SaveChanges();
}
}
static void Main(string[] args)
{
DbConfigManager.SetParameters(args);
// Generate IMigrationMetadata.Target
using (var db = new DVSContext())
{
var st = ModelHelper.GenerateModel(db);
}
try
{
Stopwatch sw = new Stopwatch();
sw.Start();
Console.WriteLine("Start DVS.Database project.");
foreach (var usedContext in DbConfigManager.UsedContexts)
{
DbContext dataContext;
if (usedContext.Key == "DVSContext")
dataContext = new DVSContext();
else if (usedContext.Key == "TaskQueueContext")
dataContext = new TaskQueueContext();
else if (usedContext.Key == "LoggerContext")
dataContext = new LoggerContext();
else
throw new NotSupportedException(usedContext.Key);
if (!DbConfigManager.IsGenerateScriptOnly)
{
DatabaseHelper.CreatedDatabase(dataContext, usedContext.Value);
dataContext.Database.CompatibleWithModel(true);
}
else
{
string sqlUpdate = DatabaseHelper.GenetateSqlUpdate(dataContext, usedContext.Value);
string sqlRollback = DatabaseHelper.GenetateSqlRollback(dataContext, usedContext.Value);
File.WriteAllText(usedContext.Key + "Update_" + usedContext.Key + ".sql", sqlUpdate + Environment.NewLine + "GO");
// File.WriteAllText(usedContext.Key + "Rollback_" + usedContext.Key + ".sql", sqlRollback + Environment.NewLine + "GO");
}
}
sw.Stop();
Console.WriteLine(String.Format("End at {0} s", sw.ElapsedMilliseconds / 1000));
}
catch (Exception ex)
{
Console.WriteLine(String.Format("Error [{0}], [{1}]", ex.Message, ex.ToString()));
}
}
public void TaskSchedulerManager_MaxPoolingTask()
{
int lastId = 20;
int countOfTasks = 20;
for (int i = 1; i <= countOfTasks; i++)
{
var task = new Task();
task.CreateDate = DateTime.Now;
task.TaskTypeEnum = TaskTypeEnum.AscGov;
if (i != countOfTasks)
task.TaskStatus = TaskStatus.Error;
else
task.TaskStatus = TaskStatus.Pending;
if (i != 1)
task.ParentTaskId = lastId;
_repository.Add(task);
lastId = task.Id;
}
_taskQueueManager.ProcessQueue();
Thread.Sleep(3000);
int tTaskNotificationId;
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(e => e.Id == lastId);
tTask.Should().NotBeNull();
tTask.TaskStatusId.Should().Be((int)TaskStatus.Error);
tTask.ErrorMessage.Should().Be("Max pooling task");
string sendDataUpdateServiceFailureNotification = NotificationType.DataUpdateServiceFailure.ToString();
var tTaskNotification = dc.Tasks.Single(e => e.TaskTypeId == (int)TaskTypeEnum.Notifications && e.TaskParams.Any(p => p.Value == sendDataUpdateServiceFailureNotification));
tTaskNotification.Should().NotBeNull();
tTaskNotification.TaskStatusId.Should().Be((int)TaskStatus.Pending);
tTaskNotificationId = tTaskNotification.Id;
}
Thread.Sleep(1000);
_taskQueueManager.ProcessQueue();
Thread.Sleep(30000);
using (var dc = new TaskQueueContext())
{
var tTaskNotification = dc.Tasks.Find(tTaskNotificationId);
tTaskNotification.TaskStatusId.Should().Be((int)TaskStatus.Completed);
}
}
public void TaskQueueRepositoryTest_Add()
{
var task = new Task();
task.CreateDate = DateTime.Now;
task.TaskTypeEnum = TaskTypeEnum.Notifications;
task.TaskStatus = TaskStatus.Pending;
_repository.Add(task);
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(e => e.TaskTypeId == (int)TaskTypeEnum.Notifications);
tTask.Should().NotBeNull();
tTask.TaskStatusId.Should().Be((int)TaskStatus.Pending);
}
}
public void TaskQueueRepositoryTest_KillBuzzTask()
{
var task = new Task();
task.CreateDate = DateTime.Now.AddMinutes(-22);
task.StartDate = DateTime.Now.AddMinutes(-21);
task.TaskTypeEnum = TaskTypeEnum.AscGov;
task.TaskStatus = TaskStatus.Executing;
_repository.Add(task);
var tasks = _repository.GetTasksToRun();
tasks.Should().NotBeNull();
tasks.Should().HaveCount(0);
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(e => e.TaskTypeId == (int)TaskTypeEnum.AscGov);
tTask.Should().NotBeNull();
tTask.TaskStatusId.Should().Be((int)TaskStatus.Error);
}
}
public void TaskQueueRepositoryTest_GetTasksToRun()
{
var task = new Task();
task.CreateDate = DateTime.Now;
task.TaskTypeEnum = TaskTypeEnum.AscGov;
task.TaskStatus = TaskStatus.Pending;
_repository.Add(task);
var tasks = _repository.GetTasksToRun();
tasks.Should().NotBeNull();
tasks.Should().HaveCount(1);
tasks.First().TaskType.Should().NotBeNull();
tasks.First().TaskType.Name.Should().Be(TaskTypeEnum.AscGov.ToString());
tasks.First().TaskType.MaxPoolingTask.Should().Be(5);
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(e => e.TaskTypeId == (int)TaskTypeEnum.AscGov);
tTask.Should().NotBeNull();
tTask.TaskStatusId.Should().Be((int)TaskStatus.Executing);
}
}
public void TaskSchedulerManager_Task_AssignmentAppraisersForOrder_Duplicates()
{
var testOrder = OrderServiceTest.CreateTestOrder();
var duplicateOrder = OrderServiceTest.CreateTestOrder();
using (var db = new DVSContext())
{
db.Orders.Attach(testOrder);
db.Orders.Attach(duplicateOrder);
testOrder.AppraisalInfo.DuplicateOrderId = duplicateOrder.Id;
duplicateOrder.AcceptedAppraiserUserId = TestConstants.TestAppraiserUser;
var appraiserUser = db.AppraiserUsers.Find(TestConstants.TestAppraiserUser);
appraiserUser.ServiceArea = new AppraiserServiceArea();
appraiserUser.ServiceArea.Longitude = 1;
appraiserUser.ServiceArea.Latitude = 1;
appraiserUser.ServiceArea.ServiceAreaRadiusId = 1;
db.SaveChanges();
}
var taskParams = new List<TaskParam>();
taskParams.Add(new TaskParam(TaskParamsKey.OrderId, testOrder.Id.ToString()));
int taskId = TestTaskLifeCycleInternal(TaskTypeEnum.AssignmentAppraisersForOrder, taskParams);
using (var dc = new TaskQueueContext())
{
var duplicateOrderTask = dc.Tasks.Single(e => e.ParentTaskId == taskId);
duplicateOrderTask.Should().NotBeNull();
duplicateOrderTask.MinStartDate.Should().HaveValue();
}
}
private int TestTaskLifeCycleInternal(TaskTypeEnum taskType, ICollection<TaskParam> taskParams = null)
{
var task = new Task();
task.CreateDate = DateTime.Now;
task.TaskTypeEnum = taskType;
task.TaskStatus = TaskStatus.Pending;
task.TaskParams = taskParams;
_repository.Add(task);
_taskQueueManager.ProcessQueue();
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(e => e.TaskTypeId == (int)taskType);
tTask.Should().NotBeNull();
tTask.TaskStatusId.Should().Be((int)TaskStatus.Executing);
}
int maxIterationsCount = 30;
while (maxIterationsCount-- != 0)
{
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(t => t.Id == task.Id);
if (tTask.TaskStatus != TaskStatus.Executing)
break;
Thread.Sleep(1000);
}
}
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(t => t.Id == task.Id);
tTask.TaskStatus.Should().Be(TaskStatus.Completed);
}
return task.Id;
}
public void TaskSchedulerManager_UpdateLicense()
{
var dbFactory = new DatabaseFactory();
var dvsContext = dbFactory.Get<DVSContext>();
var appraiserUserRepository = new AppraiserUserRepository(dbFactory);
var user = appraiserUserRepository.GetByUserId(TestConstants.TestAppraiserUser);
user.Licenses.Add(new License() { LicenseNumber = "2", State = "NY", Status = LicenseStatus.Active, ExpirationDate = DateTime.Now.AddYears(-1) });
appraiserUserRepository.Update(user);
dvsContext.SaveChanges();
var task = new Task();
task.CreateDate = DateTime.Now;
task.TaskTypeEnum = TaskTypeEnum.LicenseDailyUpdateByAscGov;
task.TaskStatus = TaskStatus.Pending;
_repository.Add(task);
_taskQueueManager.ProcessQueue();
int maxIterationsCount = 10;
while (maxIterationsCount-- != 0)
{
using (var dc = new TaskQueueContext())
{
var tTask = dc.Tasks.Single(t => t.Id == task.Id);
if (tTask.TaskStatus != TaskStatus.Executing)
break;
Thread.Sleep(1000 * 60);
}
}
dbFactory = new DatabaseFactory();
user = (new AppraiserUserRepository(dbFactory)).GetByUserId(TestConstants.TestAppraiserUser);
user.Licenses.Where(e => e.LicenseNumber == "2").Should().HaveCount(1);
user.Licenses.Single(e => e.LicenseNumber == "2").Status.Should().Be(LicenseStatus.Expired);
}
public void TaskSchedulerManager_Some_Notifications_In_One_Time()
{
_userRepository.GetById(Arg.Any<int>()).Returns(new User() { Email = "*****@*****.**" });
for (int i = 1; i <= 20; i++)
{
var task = new Task();
task.Id = i;
task.CreateDate = DateTime.Now;
task.TaskTypeEnum = TaskTypeEnum.Notifications;
task.TaskStatus = TaskStatus.Pending;
task.TaskParams = new List<TaskParam>();
task.TaskParams.Add(new TaskParam(TaskParamsKey.UserId, "1"));
task.TaskParams.Add(new TaskParam(TaskParamsKey.NotificationType, NotificationType.UserRegistered.ToString()));
_repository.Add(task);
}
_taskQueueManager.ProcessQueue();
int maxIterationsCount = 20;
while (maxIterationsCount-- != 0)
{
using (var dc = new TaskQueueContext())
{
var isDone = dc.Tasks.All(t => t.TaskStatusId == (int)TaskStatus.Completed || t.TaskStatusId == (int)TaskStatus.Error);
if (isDone)
break;
Thread.Sleep(1000 * 5);
}
}
using (var dc = new TaskQueueContext())
{
var isSuccess = dc.Tasks.All(t => t.TaskStatusId == (int)TaskStatus.Completed);
isSuccess.Should().BeTrue();
}
}