def testRun_01(self):
scheduler = Scheduler(FiFoStubStrategy())
scheduler.initialize("A")
print 'run normal run 1...'
scheduler.run()
process = ProcessManager().getProcessByName("A")
self.assertEqual(process.state, State.I)
class SchedulerNewTestCase(unittest.TestCase):
def setUp(self):
process2 = Process('02')
process2.workplan = Workplan().work(90)
self.pcb2 = PCB(process2, state=State.I)
process1 = Process('01')
process1.workplan = Workplan().launch('02').wait(20).work(10)
self.pcb1 = PCB(process1, state=State.B)
self.scheduler = Scheduler(FiFoStubStrategy())
def test_append_to_matching_queue_01(self):
# test the processed get added to the right queues.
self.pcb2.process.name = 'test_q_02'
self.scheduler.addToMatchingQueue(self.pcb2)
self.assertListEqual(self.scheduler.ready_queue, [self.pcb2]) # process should be in ready queue
def test_append_to_matching_queue_02(self):
# this time with launch section:
self.scheduler.addToMatchingQueue(self.pcb1) # first section is a launch(pcb2), add pcb2 to ready_queue
self.assertListEqual(self.scheduler.ready_queue, [self.pcb2])
def test_append_to_matching_queue_03(self):
# process with empty workplan
pcbX = PCB(Process("X"))
self.assertRaises(IndexError, self.scheduler.addToMatchingQueue, pcbX)
def test_append_to_matching_queue_04(self):
# waiting section
pcbX = PCB(Process("Wa_pro"))
pcbX.process.workplan = Workplan().work(15).wait(20)
pcbX.setReady()
pcbX.process.doWork(15) # get rid of work section <--------|
pcbX.setRunning() # <- this should be done during scheduling --|
self.scheduler.addToMatchingQueue(pcbX)
self.assertListEqual(self.scheduler.ea_queues[0].queue, [pcbX])
def test_scheduler_initialize_01(self):
self.scheduler.initialize('01')
self.scheduler.run()
self.assertEqual(self.scheduler.cpu.running_process, None)
# p1 section 1 is launch(02): should launch 02
def test_scheduler_run_01(self):
self.scheduler.initialize(self.pcb1.process.name)
self.scheduler.run()
def tearDown(self):
ProcessManager._drop()
SystemTimer._drop()
class FiFoStrateyTestCase(BaseScenario):
"""
expected result:
Foo|----
Bar| | --
0 10 30
"""
def setUp(self):
super(FiFoStrateyTestCase, self).setUp()
strategy = FiFo()
self.scheduler = Scheduler(strategy=strategy)
self.scheduler.initialize("FOO")
def test_function01(self):
self.scheduler.run()
def test_scheduler_02(self):
"""Scheduling terminates at 110ms"""
scheduler = Scheduler(FiFoStubStrategy())
scheduler.initialize('01')
scheduler.run()
self.assertEqual(SystemTimer().timecounter, 110)
def test_scheduler_01(self):
"""If we schedule PCB02 only, it should terminate after 90ms"""
scheduler = Scheduler(FiFoStubStrategy())
scheduler.initialize('02')
scheduler.run()
self.assertEqual(SystemTimer().timecounter, 90)
def test_MLsndFiFo_01(self):
strategy = MLsecondFiFo()
scheduler = Scheduler(strategy=strategy)
scheduler.initialize("A")
scheduler.run()
pass
def run_scheduler(self):
strategy = ShortesJobFirst()
scheduler = Scheduler(strategy=strategy)
scheduler.initialize("FOO")
scheduler.run()
def _run_rr(self, quantum, timeslice):
strategy = RoundRobin(quantum=quantum, timeslice=timeslice)
scheduler = Scheduler(strategy=strategy)
scheduler.initialize("FOO")
scheduler.run()