public static bool IsOverdue(Task_V01 task)
{
//todo: validate logic
//note: checking status has to be happen here, don't remove it
//this method is used on two pages as well.
return(task.Status.Key !=
HL.DistributorCRM.ValueObjects.Task.TaskStatusType.COMPLE.Key &&
task.DueTime.HasValue &&
task.DueTime < DateTime.UtcNow);
}
private void SaveTask()
{
Task_V01 Task = new Task_V01()
{
Subject = SubjectTextBox.Text,
Notes = NotesTextBox.Text,
Status = TaskStatusType.NOTSTA,
Priority = TaskPriorityType.M
};
//todo: error handling
SchedulerDataProvider.SaveTask(DistributorID, Task, true);
}
public static int Compare(Task_V01 p, Task_V01 q)
{
//note sorting is only based on Overrdue status and havind due date
//. Sorting is not based on status at all.
int sortOrder = 1;
int result = 0;
if (!p.DueTime.HasValue && !q.DueTime.HasValue)
{
result = -DateTime.Compare(p.LastUpdateTime, q.LastUpdateTime);
}
else if (p.DueTime.HasValue && !q.DueTime.HasValue)
{
result = -1;
}
else if (!p.DueTime.HasValue && q.DueTime.HasValue)
{
result = 1;
}
else//both have due time,
{
if (IsOverdue(p) && IsOverdue(q))
{
result = DateTime.Compare(p.DueTime.Value, q.DueTime.Value);
}
else if (!IsOverdue(p) && !IsOverdue(q))
{
result = DateTime.Compare(p.DueTime.Value, q.DueTime.Value);
}
else if (IsOverdue(p) && !IsOverdue(q))
{
result = -1;
}
else if (!IsOverdue(p) && IsOverdue(q))
{
result = 1;
}
}
return(sortOrder * result);
}
public static int SaveTask(string distributorID, Task_V01 task, bool isNew)
{
using (var proxy = ServiceClientProvider.GetDistributorCRMServiceProxy())
{
try
{
SaveTaskRequest_V01 request01 = new SaveTaskRequest_V01()
{
DistributorID = distributorID,
Task = task,
IsNew = isNew,
};
SaveTaskResponse_V01 responseV01 =
proxy.SaveTask(new SaveTaskRequest1(request01)).SaveTaskResult as SaveTaskResponse_V01;
//todo: validate response, handle errors.
return(responseV01.TaskID);
}
catch (Exception ex)
{
Log(ex, proxy);
throw ex;
}
}
}
