def test_progress_auto_weighting(self):
"""
Tests TaskContainer.progress() with auto weighting on all subtasks
"""
task1 = StatusSimulatingTaskProxy()
task2 = StatusSimulatingTaskProxy()
ctask = TaskContainer("tester")
ctask.add_task(task1)
ctask.add_task(task2)
self.assertEqual(ctask.progress(), 0, "Both task progresses are zero, container progress should be zero")
task1.value = 50
self.assertEqual(
ctask.progress(), 25, "Values are [50,0] with auto weighting, container progress should be 25%"
)
task1.value = 100
self.assertEqual(
ctask.progress(), 50, "Values are [100,0] with auto weighting, container progress should be 50%"
)
task2.value = 50
self.assertEqual(
ctask.progress(), 75, "Values are [100,50] with auto weighting, container progress should be 75%"
)
task2.value = 100
self.assertEqual(
ctask.progress(), 100, "Values are [100,100] with auto weighting, container progress should be 100%"
)
def test_progress_with_one_weighted_multiple_auto(self):
"""
Tests TaskContainer.progress() with manual weighting on only 1 subtask
and multiple subtasks with automatic rating
"""
task1 = StatusSimulatingTaskProxy()
task2 = StatusSimulatingTaskProxy()
task3 = StatusSimulatingTaskProxy()
ctask = TaskContainer("tester")
ctask.add_task(task1, 80)
ctask.add_task(task2) # should default to 10% of the overall progress
ctask.add_task(task3) # should default to 10% of the overall progress
self.assertEqual(ctask.progress(), 0, "Both task progresses are zero, container progress should be zero")
task1.value = 50
self.assertEqual(
ctask.progress(),
40,
"Values are [50,0,0] with manual weighting 80% on task 1, container progress should be 40%",
)
task1.value = 100
self.assertEqual(
ctask.progress(),
80,
"Values are [100,0,0] with manual weighting 80% on task 1, container progress should be 80%",
)
task2.value = 50
self.assertEqual(
ctask.progress(),
85,
"Values are [100,50,0] with manual weighting 80% on task 1, container progress should be 85%",
)
task2.value = 100
self.assertEqual(
ctask.progress(),
90,
"Values are [100,100,0] with manual weighting 80% on task 1, container progress should be 90%",
)
task3.value = 50
self.assertEqual(
ctask.progress(),
95,
"Values are [100,100,50] with manual weighting 80% on task 1, container progress should be 95%",
)
task3.value = 100
self.assertEqual(
ctask.progress(),
100,
"Values are [100,100,100] with manual weighting 80% on task 1, container progress should be 100%",
)
def test_status_all_subtask_complete(self):
"""
Tests for TaskContainer that has all complete subtasks
"""
task1 = StatusSimulatingTaskProxy()
task2 = StatusSimulatingTaskProxy()
ctask = TaskContainer("tester")
ctask.add_task(task1)
ctask.add_task(task2)
self.verify_status(STATUS_COMPLETE, STATUS_COMPLETE, STATUS_COMPLETE, ctask)
def test_status_not_started(self):
"""
Test status for container task that has no started subtasks
"""
task1 = StatusSimulatingTaskProxy()
task2 = StatusSimulatingTaskProxy()
ctask = TaskContainer("tester")
ctask.add_task(task1)
ctask.add_task(task2)
self.verify_status(STATUS_STOPPED, STATUS_STOPPED, STATUS_STOPPED, ctask)
def test_sequential_work(self):
"""
Tests for verifying TaskContainer iterates through subtasks correctly
when run in sequential mode
"""
task1 = StartupAndWaitTask()
task2 = StartupAndWaitTask()
ctask = TaskContainer("tester")
ctask.parent = WorkerProxy()
ctask.add_task(task1)
ctask.add_task(task2)
return threads.deferToThread(self.verify_sequential_work, task=ctask)
def test_progress_when_status_is_completed(self):
"""
Tests TaskContainer.progress when the tasks have STATUS_COMPLETE
set as their status
"""
task1 = StatusSimulatingTaskProxy()
task2 = StatusSimulatingTaskProxy()
task1._status = STATUS_COMPLETE
task2._status = STATUS_COMPLETE
ctask = TaskContainer("tester")
ctask.add_task(task1)
ctask.add_task(task2)
self.assertEqual(ctask.progress(), 100, "Container task should report 100 because status is STATUS_COMPLETE")
def test_status_any_subtask_paused(self):
"""
Tests for TaskContainer that has any paused subtasks
"""
task1 = StatusSimulatingTaskProxy()
task2 = StatusSimulatingTaskProxy()
ctask = TaskContainer("tester")
ctask.add_task(task1)
ctask.add_task(task2)
self.verify_status(STATUS_PAUSED, STATUS_STOPPED, STATUS_PAUSED, ctask)
self.verify_status(STATUS_STOPPED, STATUS_PAUSED, STATUS_PAUSED, ctask)
self.verify_status(STATUS_COMPLETE, STATUS_PAUSED, STATUS_PAUSED, ctask)
self.verify_status(STATUS_PAUSED, STATUS_COMPLETE, STATUS_PAUSED, ctask)
self.verify_status(STATUS_PAUSED, STATUS_RUNNING, STATUS_RUNNING, ctask)
self.verify_status(STATUS_RUNNING, STATUS_PAUSED, STATUS_RUNNING, ctask)
def test_progress_with_one_weighted(self):
"""
Tests TaskContainer.progress() with manual weighting on only 1 subtask
"""
task1 = StatusSimulatingTaskProxy()
task2 = StatusSimulatingTaskProxy()
ctask = TaskContainer("tester")
ctask.add_task(task1, 80)
ctask.add_task(task2)
self.assertEqual(ctask.progress(), 0, "Both task progresses are zero, container progress should be zero")
task1.value = 50
self.assertEqual(
ctask.progress(),
40,
"Values are [50,0] with manual weighting 80% on task 1, container progress should be 40%",
)
task1.value = 100
self.assertEqual(
ctask.progress(),
80,
"Values are [100,0] with manual weighting 80% on task 1, container progress should be 80%",
)
task2.value = 50
self.assertEqual(
ctask.progress(),
90,
"Values are [100,50] with manual weighting 80% on task 1, container progress should be 90%",
)
task2.value = 100
self.assertEqual(
ctask.progress(),
100,
"Values are [100,100] with manual weighting 80% on task 1, container progress should be 100%",
)