def compare_server(server, best_servers, ping_attempts, valid_protocols, valid_categories):
supported_protocols = []
if server['features']['openvpn_udp'] and 'udp' in valid_protocols:
supported_protocols.append('udp')
if server['features']['openvpn_tcp'] and 'tcp' in valid_protocols:
supported_protocols.append('tcp')
country_code = server['flag'].lower()
domain = server['domain']
score, load, latency = get_server_score(server, ping_attempts)
# The ping benchmark failed, so return fail
if not latency:
return False
for category in server['categories']:
category_long_name = category['name']
if category_long_name in valid_categories:
category_short_name = nordapi.VPN_CATEGORIES[category['name']]
for protocol in supported_protocols:
best_score = -1
if best_servers.get((country_code, category_short_name, protocol)):
best_score = best_servers[country_code, category_short_name, protocol]['score']
if score > best_score:
name = nordnm.generate_connection_name(server, protocol)
best_servers[country_code, category_short_name, protocol] = {'name': name, 'domain': domain, 'score': score, 'load': load, 'latency': latency}
return True
def compare_server(server, best_servers, ping_attempts, valid_protocols):
supported_protocols = []
if server['features']['openvpn_udp'] and 'udp' in valid_protocols:
supported_protocols.append('udp')
if server['features']['openvpn_tcp'] and 'tcp' in valid_protocols:
supported_protocols.append('tcp')
country_code = server['flag']
domain = server['domain']
score = get_server_score(server, ping_attempts)
for category in server['categories']:
category_name = nordapi.VPN_CATEGORIES[category['name']]
for protocol in supported_protocols:
best_score = 0
if best_servers.get((country_code, category_name, protocol)):
best_score = best_servers[country_code, category_name, protocol]['score']
if score > best_score:
name = nordnm.generate_connection_name(server, protocol)
best_servers[country_code, category_name, protocol] = {'name': name, 'domain': domain, 'score': score}