def testExportAllColumns_Split(self):
self.expectInCSV('%s,%s,%s,%s' % (render.date(self.effort.getStart().date()),
render.time(self.effort.getStart().time()),
render.date(self.effort.getStop().date()),
render.time(self.effort.getStop().time())),
separateDateAndTimeColumns=True,
columns=self.viewer.selectableColumns())
def __init__(self, parent, value, defaultValue=0, disabledValue=None, disabledMessage=None):
super(TimeEntry, self).__init__(parent)
self.__disabledValue = disabledValue
sizer = wx.BoxSizer(wx.HORIZONTAL)
self.__entry = sdtc.TimeEntry(self, format=lambda x: render.time(x, minutes=False),
hour=defaultValue, minute=0, second=0)
self.__entry.EnableChoices()
sizer.Add(self.__entry, 0, wx.ALL, 3)
if disabledMessage is not None:
self.__checkbox = wx.CheckBox(self, wx.ID_ANY, disabledMessage)
self.Bind(wx.EVT_CHECKBOX, self.OnCheck)
if value == disabledValue:
self.__entry.SetTime(date.Time(hour=defaultValue, minute=0, second=0))
self.__checkbox.SetValue(True)
self.__entry.Enable(False)
else:
self.__entry.SetTime(date.Time(hour=value, minute=0, second=0))
sizer.Add(self.__checkbox, 1, wx.ALL, 3)
else:
self.__entry.SetTime(date.Time(hour=value, minute=0, second=0))
self.__checkbox = None
self.SetSizer(sizer)
def testWriteSeparateDateAndTimeColumnsWithDateBefore1900(self):
plannedStartDateTime = date.DateTime(1600, 1, 1, 12, 30, 0)
self.task.setPlannedStartDateTime(plannedStartDateTime)
self.expectInCSV(
','.join((render.date(plannedStartDateTime),
render.time(plannedStartDateTime))),
separateDateAndTimeColumns=True)
def testDontWriteSeparateDateAndTimeColumns(self):
plannedStartDateTime = date.Now()
self.task.setPlannedStartDateTime(plannedStartDateTime)
self.expectInCSV(
' '.join((render.date(plannedStartDateTime),
render.time(plannedStartDateTime))),
separateDateAndTimeColumns=False)
def testDontWriteDefaultDateTimesWithSeparatedDateAndTimeColumns(self):
defaultDateTime = date.DateTime()
self.expectNotInCSV(
','.join(
[render.date(defaultDateTime),
render.time(defaultDateTime)]),
separateDateAndTimeColumns=True)
def testDueDateTimeYesterday(self):
yesterday = date.Yesterday()
self.task.setDueDateTime(yesterday)
self.taskList.append(self.task)
self.showColumn('dueDateTime')
self.assertEqual(
_('Yesterday %s') % render.time(yesterday.time()),
self.getItemText(0, 2))
def __init__(self,
parent,
callback=None,
noneAllowed=True,
starthour=8,
endhour=18,
interval=15,
showSeconds=False,
showRelative=False,
adjustEndOfDay=False,
units=None,
**kwargs):
super(DateTimeCtrl, self).__init__(parent, **kwargs)
self.__adjust = adjustEndOfDay
self.__callback = callback
self.__ctrl = _SmartDateTimeCtrl(
self,
enableNone=noneAllowed,
dateFormat=render.date,
timeFormat=lambda x: render.time(x, seconds=showSeconds),
startHour=starthour,
endHour=endhour,
minuteDelta=interval,
secondDelta=interval,
showRelative=showRelative,
units=units)
self.__ctrl.EnableChoices()
# When the widget fires its event, its value has not changed yet (because it can be vetoed).
# We need to store the new value so that GetValue() returns the right thing when called from event processing.
self.__value = self.__ctrl.GetDateTime()
sizer = wx.BoxSizer()
sizer.Add(self.__ctrl, 1, wx.EXPAND)
self.SetSizer(sizer)
sdtc.EVT_DATETIME_CHANGE(self.__ctrl, self.__OnChange)
def __init__(self, parent, callback=None, noneAllowed=True,
starthour=8, endhour=18, interval=15, showSeconds=False,
showRelative=False, adjustEndOfDay=False, units=None, **kwargs):
super(DateTimeCtrl, self).__init__(parent, **kwargs)
self.__adjust = adjustEndOfDay
self.__callback = callback
self.__ctrl = _SmartDateTimeCtrl(self, enableNone=noneAllowed,
dateFormat=render.date,
timeFormat=lambda x: render.time(x, seconds=showSeconds),
startHour=starthour, endHour=endhour,
minuteDelta=interval, secondDelta=interval, showRelative=showRelative,
units=units)
self.__ctrl.EnableChoices()
# When the widget fires its event, its value has not changed yet (because it can be vetoed).
# We need to store the new value so that GetValue() returns the right thing when called from event processing.
self.__value = self.__ctrl.GetDateTime()
sizer = wx.BoxSizer()
sizer.Add(self.__ctrl, 1, wx.EXPAND)
self.SetSizer(sizer)
sdtc.EVT_DATETIME_CHANGE(self.__ctrl, self.__OnChange)
def testDontWriteSeparateDateAndTimeColumns(self):
plannedStartDateTime = date.Now()
self.task.setPlannedStartDateTime(plannedStartDateTime)
self.expectInCSV(' '.join((render.date(plannedStartDateTime),
render.time(plannedStartDateTime))),
separateDateAndTimeColumns=False)
def __formatTime(dateTime, includeMinutes=False):
return render.time(TaskSchedule.tcDateTime(dateTime),
minutes=includeMinutes)
def splitDateAndTime(self, column, item):
dateTime = getattr(item, column.name())()
if dateTime == date.DateTime():
return '', ''
else:
return render.date(dateTime), render.time(dateTime)
def __splitDateAndTime(self, dateTime):
if dateTime == date.DateTime() or dateTime is None:
return '', ''
return render.date(dateTime), render.time(dateTime)
def testDueDateTimeTomorrow(self):
tomorrow = date.Tomorrow()
self.task.setDueDateTime(tomorrow)
self.taskList.append(self.task)
self.showColumn('dueDateTime')
self.assertEqual(_('Tomorrow %s') % render.time(tomorrow.time()), self.getItemText(0, 2))
def testActualStartDateTimeToday(self):
today = date.Now()
self.task.setActualStartDateTime(today)
self.taskList.append(self.task)
self.showColumn('actualStartDateTime')
self.assertEqual(_('Today %s') % render.time(today.time()), self.getItemText(0, 3))
def splitDateAndTime(self, column, item):
dateTime = getattr(item, column.name())()
if dateTime == date.DateTime():
return '', ''
else:
return render.date(dateTime), render.time(dateTime)
def testDontWriteDefaultDateTimesWithSeparatedDateAndTimeColumns(self):
defaultDateTime = date.DateTime()
self.expectNotInCSV(','.join(
[render.date(defaultDateTime),
render.time(defaultDateTime)]),
separateDateAndTimeColumns=True)
def testDueDateTimeToday(self):
today = date.Now()
self.task.setDueDateTime(today)
self.taskList.append(self.task)
self.showColumn('dueDateTime')
self.assertEqual(_('Today %s') % render.time(today.time()), self.getItemText(0, 2))
def __splitDateAndTime(self, dateTime):
if dateTime == date.DateTime() or dateTime is None:
return '', ''
return render.date(dateTime), render.time(dateTime)
def testWriteSeparateDateAndTimeColumnsWithDateBefore1900(self):
plannedStartDateTime = date.DateTime(1600, 1, 1, 12, 30, 0)
self.task.setPlannedStartDateTime(plannedStartDateTime)
self.expectInCSV(','.join((render.date(plannedStartDateTime),
render.time(plannedStartDateTime))),
separateDateAndTimeColumns=True)
def testDueDateTimeTomorrow(self):
tomorrow = date.Tomorrow()
self.task.setDueDateTime(tomorrow)
self.taskList.append(self.task)
self.showColumn('dueDateTime')
self.assertEqual(_('Tomorrow %s') % render.time(tomorrow.time()), self.getItemText(0, 2))
def __formatTime(dateTime, includeMinutes=False):
return render.time(TaskSchedule.tcDateTime(dateTime),
minutes=includeMinutes)
def testActualStartDateTimeYesterday(self):
yesterday = date.Yesterday()
self.task.setActualStartDateTime(yesterday)
self.taskList.append(self.task)
self.showColumn('actualStartDateTime')
self.assertEqual(_('Yesterday %s') % render.time(yesterday.time()), self.getItemText(0, 3))