def main():
print "Here we go."
b = Bird("b")
print b.__str__()
# b.get_flock_travel_distance()
b.compute_travel_distance()
print b.__str__()
# b.get_flock_travel_distance()
# b.compute_travel_distance()
# print b.__str__()
# b.stat_cache()
print
sleepy_time = 1
time.sleep(sleepy_time)
k = Bird("k")
print k.__str__()
k.compute_travel_distance()
# k.stat_cache()
for interval in range(0, 13):
# k.get_flock_travel_distance()
time.sleep(sleepy_time)
k.compute_travel_distance()
print k.__str__()
# k.stat_cache()
# b.stat_cache()
print
b.compute_travel_distance()
print b.__str__()
sys.exit()
print "\n\nPRIME TIME\n"
num = Numbre()
# prime_count = num.get_count()
# print "The number of primes in the range of 2 to 100 is", prime_count
#
# print "\nSleeping for {} seconds".format(sleepy_time)
# time.sleep(sleepy_time)
# num.cache.stat()
# prime_count = num.get_count()
# print "The number of primes in the range of 2 to 100 is", prime_count
for interval in range(0, 7):
prime_count = num.get_count()
print "The number of primes in the range of 2 to 100 is", prime_count
print "\nSleeping for {} seconds".format(sleepy_time)
time.sleep(sleepy_time)
# num.cache.stat()
print num.cache
# print num.cache.__str__()
#
# print "\nSleeping for {} seconds".format(sleepy_time)
# time.sleep(sleepy_time)
# num.cache.stat()
# prime_count = num.get_count()
# print "The number of primes in the range of 2 to 100 is", prime_count
sys.exit()
print "This above has the Cache object be a member of the Numbre object so each object will " \
"have its own cache. This makes sense if you reuse an object. But if you don't....\n"
aWhale = Whale("Alfred")
bWhale = Whale("Barnie")
whales = [aWhale, bWhale]
for whale in whales:
print whale.__str__()
def main():
# This shows how "b" learns its travelled distance
b = Bird("b")
print b.__str__()
b.compute_travel_distance()
print b.__str__()
# This shows how "k" picks up b's cache
print
sleepy_time = 1
time.sleep(sleepy_time)
k = Bird("k")
print k.__str__()
k.compute_travel_distance()
# This should have mostly cache hits
for interval in range(0, 13):
time.sleep(sleepy_time)
k.compute_travel_distance()
print k.__str__()
# Now b picks up on the shared cache
print
b.compute_travel_distance()
print b.__str__()
sys.exit()
