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'''
Task Coach - Your friendly task manager
Copyright (C) 2004-2014 Task Coach developers <developers@taskcoach.org>
Task Coach is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Task Coach is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
'''
from unittests import asserts
from CommandTestCase import CommandTestCase
from taskcoachlib import command, config
from taskcoachlib.domain import task, effort, date
class EffortCommandTestCase(CommandTestCase, asserts.CommandAssertsMixin):
def setUp(self):
task.Task.settings = config.Settings(load=False)
self.taskList = task.TaskList()
self.effortList = effort.EffortList(self.taskList)
self.originalTask = task.Task()
self.taskList.append(self.originalTask)
self.originalStop = date.DateTime.now()
self.originalStart = self.originalStop - date.ONE_HOUR
self.effort = effort.Effort(self.originalTask, self.originalStart,
self.originalStop)
self.originalTask.addEffort(self.effort)
class NewEffortCommandTest(EffortCommandTestCase):
def testNewEffort(self):
newEffortCommand = command.NewEffortCommand(self.effortList,
[self.originalTask])
newEffortCommand.do()
newEffort = newEffortCommand.efforts[0]
self.assertDoUndoRedo(
lambda: self.failUnless(newEffort in self.originalTask.efforts()),
lambda: self.assertEqual([self.effort], self.originalTask.efforts()))
def testAddingNewEffortSetsActualStartDateTimeOfTask(self):
newTask = task.Task()
self.taskList.append(newTask)
newEffortCommand = command.NewEffortCommand(self.effortList, [newTask])
newEffortCommand.do()
newEffort = newEffortCommand.efforts[0]
self.assertDoUndoRedo(
lambda: self.assertEqual(newEffort.getStart(), newTask.actualStartDateTime()),
lambda: self.assertEqual(date.DateTime(), newTask.actualStartDateTime()))
def testNewEffortWhenUserEditsTask(self):
secondTask = task.Task()
self.taskList.append(secondTask)
newEffortCommand = command.NewEffortCommand(self.effortList,
[self.originalTask])
newEffort = newEffortCommand.efforts[0]
newEffort.setTask(secondTask)
newEffortCommand.do()
self.assertDoUndoRedo(
lambda: self.failUnless(newEffort in secondTask.efforts() and \
newEffort not in self.originalTask.efforts()),
lambda: self.failUnless(newEffort not in secondTask.efforts() and \
newEffort not in self.originalTask.efforts()))
class StartAndStopEffortCommandTest(EffortCommandTestCase):
def setUp(self):
super(StartAndStopEffortCommandTest, self).setUp()
self.start = command.StartEffortCommand(self.taskList, [self.originalTask])
self.start.do()
self.task2 = task.Task()
def testStart(self):
self.assertDoUndoRedo(
lambda: self.failUnless(self.originalTask.isBeingTracked()),
lambda: self.failIf(self.originalTask.isBeingTracked()))
def testStop(self):
stop = command.StopEffortCommand(self.effortList)
stop.do()
self.assertDoUndoRedo(
lambda: self.failIf(self.originalTask.isBeingTracked()),
lambda: self.failUnless(self.originalTask.isBeingTracked()))
def testStartStopsPreviousStart(self):
start = command.StartEffortCommand(self.taskList, [self.task2])
start.do()
self.assertDoUndoRedo(
lambda: self.failIf(self.originalTask.isBeingTracked()),
lambda: self.failUnless(self.originalTask.isBeingTracked()))
def testStartTrackingInactiveTaskSetsActualStartDate(self):
start = command.StartEffortCommand(self.taskList, [self.task2])
start.do()
now = date.Now()
self.assertDoUndoRedo(
lambda: self.failUnless(now - date.ONE_SECOND < self.task2.actualStartDateTime() < now + date.ONE_SECOND),
lambda: self.assertEqual(date.DateTime(), self.task2.actualStartDateTime()))
def testStartTrackingInactiveTaskWithFutureActualStartDate(self):
futureStartDateTime = date.Tomorrow()
self.task2.setActualStartDateTime(futureStartDateTime)
start = command.StartEffortCommand(self.taskList, [self.task2])
start.do()
now = date.Now()
self.assertDoUndoRedo(
lambda: self.failUnless(now - date.ONE_SECOND < self.task2.actualStartDateTime() < now + date.ONE_SECOND),
lambda: self.assertEqual(futureStartDateTime, self.task2.actualStartDateTime()))
class EditEffortStartDateTimeCommandTest(EffortCommandTestCase):
def testNewStartDateTime(self):
oldStart = self.effort.getStart()
newStart = date.DateTime(2000, 1, 1)
edit = command.EditEffortStartDateTimeCommand(self.effortList,
[self.effort], newValue=newStart)
edit.do()
self.assertDoUndoRedo(
lambda: self.assertEqual(newStart, self.effort.getStart()),
lambda: self.assertEqual(oldStart, self.effort.getStart()))
def testNewStartDateTimeSetsActualStartOfTask(self):
oldStart = self.effort.task().actualStartDateTime()
newStart = date.DateTime(2000, 1, 1)
edit = command.EditEffortStartDateTimeCommand(self.effortList,
[self.effort], newValue=newStart)
edit.do()
self.assertDoUndoRedo(
lambda: self.assertEqual(newStart, self.effort.task().actualStartDateTime()),
lambda: self.assertEqual(oldStart, self.effort.task().actualStartDateTime()))
class EditEffortStopDateTimeCommandTest(EffortCommandTestCase):
def testNewStopDateTime(self):
oldStop = self.effort.getStop()
newStop = oldStop + date.ONE_HOUR
edit = command.EditEffortStopDateTimeCommand(self.effortList,
[self.effort], newValue=newStop)
edit.do()
self.assertDoUndoRedo(
lambda: self.assertEqual(newStop, self.effort.getStop()),
lambda: self.assertEqual(oldStop, self.effort.getStop()))
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