Mullvad-VPN Wireguard servers,Providers, cities, countries AND ping Test for 1 random = SORTED

mullvad-relays-work-ping3.py

import json
import os
import sys
import operator
from icmplib import ping, multiping
import random

relayFile = open('mullvad-relays-3-17-21.json','r')
allrelays=json.load(relayFile)

countries=[]
cities=[]
countriesNames=[]
citiesNames=[]
servers=[]
providers={}
for r in allrelays["countries"]:
    
    #countries.append(r["name"]);
    #print (r["name"]);
    
    for c in r["cities"]:
        
        #cities.append(c["name"])
        #print ("-",c["name"]);
        
        for q in c["relays"]:

            if (q["include_in_country"] and q["active"] == True):
                if ("wireguard" in q["hostname"]):
                    if (cnthead==""):
                        cnthead=r["name"];
                        countriesNames.append(r["name"]);
                        countries.append(r);
                        print(cnthead)
                    if (cityhead==""):
                        cityhead="- "+c["name"];
                        citiesNames.append(c["name"])
                        cities.append(c)
                        print(cityhead)
                    servers.append(q);
                    if (q["provider"] not in providers):
                        providers[q["provider"]] = 1
                    else:
                        providers[q["provider"]]+=1;
                    print("--",q["location"]["city_code"]+"-"+q["hostname"],q["ipv4_addr_in"],q["provider"],("(*Owned*)" if q["owned"] else ".notOwned."))
                          #q["location"]["country_code"],)
        cityhead=""
    cnthead=""

print()
print(len(servers),"Servers");
print(len(countries),"Countries");
print(len(cities),"Cities");
print()
print(len(providers),"Providers");
print("-"*16)

#for p in providers:
#    print (p,"=",providers[p]);
sortedprovlist = sorted(providers.items(),key=operator.itemgetter(1),reverse=True)
for p in sortedprovlist:
    print('{:<12} {:>3}'.format(p[0],p[1]))
    #print('{:>3} {:<12}'.format(p[1],p[0]))

print()

cityips=[]
for c in cities:
    found=0
    #print(len(c["relays"]),"-",c["name"],",",c["relays"][0]["location"]["country"]);
    print('{:>2} - {:<30}'.format(len(c["relays"]),c["name"]+" @ "+c["relays"][0]["location"]["country"]));
    while (found==0):
        r = c["relays"][random.randint(0,len(c["relays"])-1)];
        if ("wireguard" in r["hostname"]):
            cityips.append(r["ipv4_addr_in"]);
            found=1;

#TEST#    if (len(cityips)>5): break;
#print(cityips)
print()

NPINGS=2
pingslist=[]
while (len(cityips) > 0):
    print('Starting Ping..........')
    #print('city @ country,              ip address,        min_rtt, avg_rtt, max_rtt --- pkt_sent, pkt_rcvd, pkt_loss, is_alive')
    pingreturn = multiping(cityips, count=NPINGS, interval=0.34, timeout=1, privileged=False)
    for ip in pingreturn:
        if (ip.is_alive and ip.packet_loss == 0.0):
            c = cities[len(cities)-len(cityips)]
            for i in range(len(c["relays"])):
                r = c["relays"][i];
                ip2 = r["ipv4_addr_in"];
                if (ip2 == ip.address):
                    ###print("IP didnt match A:{} vs B:{}".format(ip,p.address));
                    break;
            loc = c["name"]+" @ "+r["location"]["country"];
            #srv = r["location"]["city_code"]+"-"+r["hostname"];
            srv = r["hostname"];
            prv = r["provider"];
            own = ("(*Owned*)" if r["owned"] else ".notOwned.");
            #print('{:<25} {:>15}\t{:>7.3f}, {:>7.3f}, {:>7.3f} --- {} {} {} {}'.format(loc, ip.address, ip.min_rtt, ip.avg_rtt, ip.max_rtt, ip.packets_sent, ip.packets_received, ip.packet_loss, ip.is_alive));
            ###print(srv, prv, own)
            pingslist.append({"loc":loc, "srv":srv, "ip":ip.address, "min":ip.min_rtt, "avg":ip.avg_rtt, "max":ip.max_rtt, "prv":prv, "own":own});
            cityips.pop(0);
#print()

print('location,                      server,           ip address,     min_rtt, **avg**, max_rtt, provider,     owned? ');
print("-"*116);
sortedpingslist = sorted(pingslist, key = lambda i: i['avg'])
for p in sortedpingslist:
    print('{:<25} {:<19} {:>15}\t{:>7.3f}, {:>7.3f}, {:>7.3f}   {:<12} {:>10}'.format(p["loc"], p["srv"], p["ip"], p["min"], p["avg"], p["max"], p["prv"], p["own"]))

#def main():
#if __name__ == "__main__":
#    main()