def run(args):
assert_correct_input(args)
target = int(args[0]) + 1 # we don't count 1 as a prime in this problem
num = 1
one_percent = target / 100
for prime in generate_primes():
if num == target:
solution = prime
break
# Let's print some percentages while we wait
if num % one_percent == 0:
percentage = float(num) / float(target) * 100.0
print "%d%%" % percentage
num += 1
print "Solution:", solution
def run(args):
assert_usage(args)
max_number = int(args[0])
total = 0
print "Started"
single_percent = max_number / 100
prev_percentage = 0
for prime in generate_primes():
if prime == 1:
continue # we don't consider 1 a prime in this problem
percentage = prime / single_percent
if percentage > prev_percentage:
print "%d%%" % percentage
prev_percentage = percentage
if prime >= max_number:
break
total += prime
print "Solution:", total
