def test_Next(self):
"Additional checks over the main overridden main checks to test pausing and stopping behaviour."
class testthread(microprocess):
def __init__(self):
self.i = 0
self.__super.__init__()
def main(self):
while 1:
self.i = self.i + 1
yield 1
thr = self.init_test(testthread)
sched = self.DummySched()
thr.activate(sched)
for x in vrange(1,5):
self.failUnless(thr.next())
self.failUnless(thr.i == x)
thr.pause()
for x in vrange(5,10):
self.failUnless(thr.next())
self.assert_(thr.i == x, "Thread does not pause itself, that is down to the scheduler")
thr.unpause()
for x in vrange(10,15):
self.failUnless(thr.next())
self.failUnless(thr.i == x)
thr.stop()
self.failIf(thr.next())
self.failUnlessRaises(StopIteration, thr.next)
def test_Next(self):
"Additional checks over the main overridden main checks to test pausing and stopping behaviour."
class testthread(microprocess):
def __init__(self):
self.i = 0
self.__super.__init__()
def main(self):
while 1:
self.i = self.i + 1
yield 1
thr = self.init_test(testthread)
sched = self.DummySched()
thr.activate(sched)
for x in vrange(1, 5):
self.failUnless(thr.next())
self.failUnless(thr.i == x)
thr.pause()
for x in vrange(5, 10):
self.failUnless(thr.next())
self.assert_(
thr.i == x,
"Thread does not pause itself, that is down to the scheduler")
thr.unpause()
for x in vrange(10, 15):
self.failUnless(thr.next())
self.failUnless(thr.i == x)
thr.stop()
self.failIf(thr.next())
self.failUnlessRaises(StopIteration, thr.next)
def test_main_closedowntest(self):
"""main - This ensures that the closeDownComponent method is called at the end of the loop. It also repeats the above test."""
t=TestMainLoopComponentClosedown()
m=t.main()
self.failUnless(next(m)==1)
for x in vrange(1,1000):
self.failUnless(next(m)==x, "Failed when x = " + str(x))
self.failUnlessRaises(closeDownCompTestException , lambda: next(m))#Ensures that the closeDownComponent method has been called.
self.failUnlessRaises(StopIteration, lambda: next(m))#, "Checks the generator has finished.")
def test_main_smokeTest(self):
"""main - Returns a generator that implements the documented behaviour of a highly simplistic approach component statemachine.
First value returned is always 1 then the return values are those from the component's main method unitil it returns a False value."""
t=TestMainLoopComponent()
m=t.main()
self.failUnless(next(m)==1)
for x in vrange(1,1000):
self.failUnless(next(m)==x, "Failed when x = " + str(x))
self.failUnless(next(m)==1,"After the main method returns a false value the result of closeDownComponent is returned. Stub of 1 assumed.")
self.failUnlessRaises(StopIteration, lambda : next(m))#, "Checks the generator has finished.")
def test_main_closedowntest(self):
"""main - This ensures that the closeDownComponent method is called at the end of the loop. It also repeats the above test."""
t = TestMainLoopComponentClosedown()
m = t.main()
self.failUnless(next(m) == 1)
for x in vrange(1, 1000):
self.failUnless(next(m) == x, "Failed when x = " + str(x))
self.failUnlessRaises(closeDownCompTestException, lambda: next(
m)) #Ensures that the closeDownComponent method has been called.
self.failUnlessRaises(
StopIteration,
lambda: next(m)) #, "Checks the generator has finished.")
def test_send(self):
"send - Takes the message and places it into the specified outbox."
tcomp=TComponentAsync()
tcomp.tc1.send("ba")
self.failUnless(tcomp.tc1.outboxes["outbox"].pop(0)=="ba", "Sent item not put in outbox.")
tcomp.tc1.send("bing","signal")
tcomp.tc1.send("boom","signal")
signalbox = tcomp.tc1.outboxes["signal"]
self.failUnless(signalbox.pop(0)=="bing", "Items arrived out of order")
self.failUnless(signalbox.pop(0)=="boom", "Items arrived out of order")
for x in vrange(0,1000):
tcomp.tc1.send(x)
self.failUnless(tcomp.tc1.outboxes["outbox"].pop(0)==x, "Failed while sending lots without clearing box.")
def test_main_smokeTest(self):
"""main - Returns a generator that implements the documented behaviour of a highly simplistic approach component statemachine.
First value returned is always 1 then the return values are those from the component's main method unitil it returns a False value."""
t = TestMainLoopComponent()
m = t.main()
self.failUnless(next(m) == 1)
for x in vrange(1, 1000):
self.failUnless(next(m) == x, "Failed when x = " + str(x))
self.failUnless(
next(m) == 1,
"After the main method returns a false value the result of closeDownComponent is returned. Stub of 1 assumed."
)
self.failUnlessRaises(
StopIteration,
lambda: next(m)) #, "Checks the generator has finished.")
def test_send(self):
"send - Takes the message and places it into the specified outbox."
tcomp = TComponentAsync()
tcomp.tc1.send("ba")
self.failUnless(tcomp.tc1.outboxes["outbox"].pop(0) == "ba",
"Sent item not put in outbox.")
tcomp.tc1.send("bing", "signal")
tcomp.tc1.send("boom", "signal")
signalbox = tcomp.tc1.outboxes["signal"]
self.failUnless(
signalbox.pop(0) == "bing", "Items arrived out of order")
self.failUnless(
signalbox.pop(0) == "boom", "Items arrived out of order")
for x in vrange(0, 1000):
tcomp.tc1.send(x)
self.failUnless(tcomp.tc1.outboxes["outbox"].pop(0) == x,
"Failed while sending lots without clearing box.")
def test_overriddenMainWorksWithNext(self):
"Tests that an overridden main is run correctly by repeatedly calling next() and that termination occurs at the proper time with the proper StopIteration exception."
class testthread(microprocess):
def __init__(self):
self.i = 0
self.__super.__init__()
def main(self):
while self.i < 100:
self.i = self.i + 1
yield 1
thr = self.init_test(testthread)
thr.activate(self.DummySched())
for i in vrange(1,101):
self.failUnless(thr.next(), "Unexpected false return value")
self.failUnless(thr.i == i, "Iteration of main not performed!")
#self.failIf(thr.next(), "Should return false as has returned at this point.")
self.failUnlessRaises(StopIteration, thr.next)
self.failUnless(thr.i == 100, "Unexpected final result of iteration")
def test_overriddenMainWorksWithNext(self):
"Tests that an overridden main is run correctly by repeatedly calling next() and that termination occurs at the proper time with the proper StopIteration exception."
class testthread(microprocess):
def __init__(self):
self.i = 0
self.__super.__init__()
def main(self):
while self.i < 100:
self.i = self.i + 1
yield 1
thr = self.init_test(testthread)
thr.activate(self.DummySched())
for i in vrange(1, 101):
self.failUnless(thr.next(), "Unexpected false return value")
self.failUnless(thr.i == i, "Iteration of main not performed!")
#self.failIf(thr.next(), "Should return false as has returned at this point.")
self.failUnlessRaises(StopIteration, thr.next)
self.failUnless(thr.i == 100, "Unexpected final result of iteration")