def run_test2(n, r, i):
""" Run thread safety test to make sure the cache statistics
are correct."""
fib.cache_clear()
setinterval(i)
threads = [Thread(target=run_fib_with_stats, args=(r, )) for _ in range(n)]
run_threads(threads)
hits, misses, maxsize, currsize = fib.cache_info()
if misses != CACHE_SIZE:
raise ValueError("Expected %d misses, Got %d" % (CACHE_SIZE, misses))
if maxsize != CACHE_SIZE:
raise ValueError("Expected %d maxsize, Got %d" % (CACHE_SIZE, maxsize))
if currsize != CACHE_SIZE:
raise ValueError("Expected %d currsize, Got %d" %
(CACHE_SIZE, currsize))
def run_test2(n, r, i):
""" Run thread safety test to make sure the cache statistics
are correct."""
fib.cache_clear()
setinterval(i)
threads = [Thread(target=run_fib_with_stats, args=(r, )) for _ in range(n)]
run_threads(threads)
hits, misses, maxsize, currsize = fib.cache_info()
if misses != CACHE_SIZE:
raise ValueError("Expected %d misses, Got %d" %
(CACHE_SIZE, misses))
if maxsize != CACHE_SIZE:
raise ValueError("Expected %d maxsize, Got %d" %
(CACHE_SIZE, maxsize))
if currsize != CACHE_SIZE:
raise ValueError("Expected %d currsize, Got %d" %
(CACHE_SIZE, currsize))
def setUp(self):
setinterval(1e-6)
self.numthreads = 4
self.repeat = 1000
def run_test(n, r, i):
""" Run thread safety test with n threads r times using interval i. """
setinterval(i)
threads = [Thread(target=run_fib_with_clear, args=(r, )) for _ in range(n)]
run_threads(threads)
def setUp(self):
setinterval(1e-6)
self.numthreads = 4
self.repeat = 1000
def run_test(n, r, i):
""" Run thread safety test with n threads r times using interval i. """
setinterval(i)
threads = [Thread(target=run_fib_with_clear, args=(r, )) for _ in range(n)]
run_threads(threads)
