/// <summary>
/// This operation generates an operation based on how this generator has been configured.
/// </summary>
/// <returns>The generated operation.</returns>
public Operation CreateOperation()
{
Task task;
Operation newOperation = null;
switch (commandType)
{
case CommandType.ADD:
task = Task.CreateNewTask(taskName, startDateTime, endDateTime, isSpecific);
newOperation = new OperationAdd(task, sortType);
break;
case CommandType.DELETE:
newOperation = new OperationDelete(taskName, taskRangeIndex, startDateTime, endDateTime, isSpecific, rangeIsAll, searchType, sortType);
break;
case CommandType.DISPLAY:
newOperation = new OperationDisplayDefault(sortType);
break;
case CommandType.MODIFY:
newOperation = new OperationModify(taskName, taskRangeIndex, startDateTime, endDateTime, isSpecific, rangeIsAll, searchType, sortType);
break;
case CommandType.SEARCH:
newOperation = new OperationSearch(taskName, startDateTime, endDateTime, isSpecific, searchType, sortType);
break;
case CommandType.SORT:
newOperation = new OperationSort(sortType);
break;
case CommandType.REDO:
newOperation = new OperationRedo(sortType);
break;
case CommandType.UNDO:
newOperation = new OperationUndo(sortType);
break;
case CommandType.DONE:
newOperation = new OperationMarkAsDone(taskName, taskRangeIndex, startDateTime, endDateTime, isSpecific, rangeIsAll, searchType, sortType);
break;
case CommandType.UNDONE:
newOperation = new OperationMarkAsUndone(taskName, taskRangeIndex, startDateTime, endDateTime, isSpecific, rangeIsAll, searchType, sortType);
break;
case CommandType.POSTPONE:
TimeSpan postponeDuration = new TimeSpan();
if (timeRangeType == TimeRangeType.DEFAULT)
{
timeRangeType = CustomDictionary.defaultPostponeDurationType;
timeRangeIndex = CustomDictionary.defaultPostponeDurationLength;
}
switch (timeRangeType)
{
case TimeRangeType.HOUR:
postponeDuration = new TimeSpan(timeRangeIndex, 0, 0);
break;
case TimeRangeType.DAY:
postponeDuration = new TimeSpan(timeRangeIndex, 0, 0, 0);
break;
case TimeRangeType.WEEK:
postponeDuration = new TimeSpan(timeRangeIndex * CustomDictionary.DAYS_IN_WEEK, 0, 0, 0);
break;
case TimeRangeType.MONTH:
postponeDuration = new TimeSpan(timeRangeIndex * CustomDictionary.DAYS_IN_MONTH, 0, 0, 0);
break;
}
newOperation = new OperationPostpone(taskName, taskRangeIndex, startDateTime, endDateTime, isSpecific, rangeIsAll, searchType, postponeDuration, sortType);
break;
case CommandType.SCHEDULE:
newOperation = new OperationSchedule(taskName, (DateTime)startDateTime, endDateTime, isSpecific, timeRangeIndex, timeRangeType, sortType);
break;
case CommandType.EXIT:
System.Environment.Exit(0);
break;
}
return newOperation;
}
public void OperationSearchTest()
{
testStorage = new Storage("OpUnittest.xml", "OpUnittestsettings.xml");
testTaskList = testStorage.LoadTasksFromFile();
DateTime timeTest;
timeTest = DateTime.ParseExact("10/15/2013 5:00 AM", formats,
new CultureInfo("en-US"),
DateTimeStyles.None);
DateTimeSpecificity specific = new DateTimeSpecificity();
TaskDeadline testDeadline = new TaskDeadline("test", timeTest, specific);
OperationAdd Op1 = new OperationAdd(testDeadline, sortType);
OperationSearch Op2 = new OperationSearch("SearchConditionCannotBeMatching",DateTime.Now,timeTest.AddDays(1),specific,SearchType.NONE,SortType.DEFAULT);
result = Op2.Execute(testTaskList, testStorage);
Assert.AreEqual("No matching tasks found!", result.FeedbackString);
result = Op1.Execute(testTaskList, testStorage);
result = Op2.Execute(testTaskList, testStorage);
Assert.AreEqual("No matching tasks found!", result.FeedbackString);
return;
}