def test_setSchedulerClass(self):
"Tests setting scheduler class and that the default scheduler is Scheduler.scheduler"
class DummySched:
pass
premp = self.init_test()
before = premp.__class__.schedulerClass
microprocess.setSchedulerClass(DummySched)
postmp = self.init_test()
after = postmp.__class__.schedulerClass
self.failUnless(before == Scheduler.scheduler, "Default scheduler not as expected!")
self.failUnless(after == DummySched, "Set scheduler failed to set the scheduler properly")
self.failUnless(before != after, "Setting scheduler did not change class!")
microprocess.setSchedulerClass(before)
resetmp=self.init_test()
self.failUnless(resetmp.__class__.schedulerClass == Scheduler.scheduler)
def test_setSchedulerClass(self):
"Tests setting scheduler class and that the default scheduler is Scheduler.scheduler"
class DummySched:
pass
premp = self.init_test()
before = premp.__class__.schedulerClass
microprocess.setSchedulerClass(DummySched)
postmp = self.init_test()
after = postmp.__class__.schedulerClass
self.failUnless(before == Scheduler.scheduler,
"Default scheduler not as expected!")
self.failUnless(after == DummySched,
"Set scheduler failed to set the scheduler properly")
self.failUnless(before != after,
"Setting scheduler did not change class!")
microprocess.setSchedulerClass(before)
resetmp = self.init_test()
self.failUnless(
resetmp.__class__.schedulerClass == Scheduler.scheduler)
def runThreads(self, slowmo=0):
"""\
Runs the scheduler until there are no activated microprocesses left
(they've all terminated).
Think of this as bootstrapping the scheduler - after all it is a
microprocess like any other, so needs something to run it!
Keyword arguments:
- slowmo -- Optional. Number of seconds to wait between each cycle of executing microprocesses. (default=0 - no wait)
"""
for i in self.main(slowmo, canblock=True):
pass
microprocess.setSchedulerClass(scheduler)
scheduler() # Initialise the class.
if __name__ == '__main__':
print("This code current has no test code")
class foo(microprocess):
def main(self):
while 1:
yield 1
a = foo()
a.activate()
print(a)
scheduler.run.runThreads()
def runThreads(self,slowmo=0):
"""\
Runs the scheduler until there are no activated microprocesses left
(they've all terminated).
Think of this as bootstrapping the scheduler - after all it is a
microprocess like any other, so needs something to run it!
Keyword arguments:
- slowmo -- Optional. Number of seconds to wait between each cycle of executing microprocesses. (default=0 - no wait)
"""
for i in self.main(slowmo,canblock=True): pass
microprocess.setSchedulerClass(scheduler)
scheduler() # Initialise the class.
if __name__ == '__main__':
print("This code current has no test code")
class foo(microprocess):
def main(self):
while 1:
yield 1
a=foo()
a.activate()
print(a)
scheduler.run.runThreads()