def test_long_slowlygeneratedarray(self): #Verify that the "compare_all_despite_starvation" works even when being forced to wait
testarray = [x for x in range(50)]
total = 0 #We will test that all pairs are summed by getting the total of all pair additions
paircount = 0
for i, n1 in enumerate(testarray):
for j, n2 in enumerate(testarray):
if i < j:
paircount = paircount +1
total = total + n1 + n2
testarray2 = [-1 for unused in range(50)]
l = threading.Lock()
t = threading.Thread(target=slowarray, args=((testarray2,),l,0.04))
t.start()
result = [0,]
Utility.compare_all_despite_starvation(testarray2, len(testarray2), testfunc, 0.02, (result,l))
self.assertEqual(total, result.pop())
def test_short_starved_compare_quick(self): #Verify that the "compare_all_despite_starvation" method works identical to a simple double loop
testarray = [x for x in range(12)]
total = 0 #We will test that all pairs are summed by getting the total of all pair additions
paircount = 0
for i, n1 in enumerate(testarray):
for j, n2 in enumerate(testarray):
if i < j:
paircount = paircount +1
total = total + n1 + n2
testarray2 = [-1 for unused in range(12)]
l = threading.Lock()
t = threading.Thread(target=slowarray, args=((testarray2,),l,0))
t.start()
result = [0,]
Utility.compare_all_despite_starvation(testarray2, len(testarray2), testfunc, 0, (result,l))
self.assertEqual(total, result.pop())
def book_comparator(library, bookids):
Utility.compare_all_despite_starvation(bookids, len(bookids), book_compare_helper, 0, library)