try:
archives = urlopen(mirror_list)
except IOError as err:
print(("Could not connect to '%s'.\nCheck network connection\n"
"%s" % (mirror_list, err)))
sys.exit(1)
print("Got list of mirrors")
archives = archives.read().decode()
urls = findall(r'http://([\w|\.|\-]+)/', archives)
n = 0
avg_rtts = {}
for url in urls:
ping = RoundTrip(url)
print("Connecting to %s" % url)
avg = ping.avgRTT()
if avg:
avg_rtts.update({url:avg})
n += 1
print("Tested %d mirrors" % n)
if hardware == 'x86_64':
hardware = 'amd64'
else:
hardware = 'i386'
top_num = 5
ranks = sorted(avg_rtts, key=avg_rtts.__getitem__)
info = []
print("Retrieving status information")
for rank in ranks:
mirror_list = "http://mirrors.ubuntu.com/mirrors.txt"
try:
archives = urlopen(mirror_list)
except IOError as err:
print(("Could not connect to '%s'.\n" "%s" % (mirror_list, err)))
exit(1)
print("Got list of mirrors")
archives = archives.read().decode()
urls = findall(r'http://([\w|\.|\-]+)/', archives)
n = 0
avg_rtts = {}
for url in urls:
ping = RoundTrip(url)
print("Connecting to %s" % url)
avg = ping.avgRTT()
if avg:
avg_rtts.update({url: avg})
n += 1
print("Tested %d mirrors" % n)
if hardware == 'x86_64':
hardware = 'amd64'
else:
hardware = 'i386'
top_num = 5
ranks = sorted(avg_rtts, key=avg_rtts.__getitem__)
info = []
print("Retrieving status information")
for rank in ranks:
