def work_stop(local_ses,new_rcp_point): proto_all=logic.all_stops(local_ses) all_stops=api.use_api(new_rcp_point,proto_all) maps = pokemon_pb2.maps() maps.ParseFromString(all_stops) data_list=location.get_near(maps) data_list = sorted(data_list, key = lambda x: x[1]) if len(data_list)>0: print '[+] found: %s Pokestops near'%(len(data_list)) if local_ses is not None and data_list is not None: print '[+] starting show' if multi: a,b=split_list(data_list) p = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) o = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) p.start() o.start() p.join() o.join() print '[!] farming done..' else: for t in data_list: if config.debug: print '[!] farming pokestop..' walk_random() proto_all=logic.all_stops(local_ses) api.use_api(new_rcp_point,proto_all) time.sleep(3) work_with_stops(t,local_ses.ses,new_rcp_point) else: walk_random() work_stop(local_ses,new_rcp_point)
def work_stop(local_ses, new_rcp_point):
proto_all = logic.all_stops(local_ses)
all_stops = api.use_api(new_rcp_point, proto_all)
maps = pokemon_pb2.maps()
maps.ParseFromString(all_stops)
if show_pok:
data_list = location.get_near_p(maps)
if len(data_list) > 0:
print '[!] found %s pokemon near you' % (len(data_list), )
for idx, pok in enumerate(data_list):
print '[!]:%s Type:%s its %s m away' % (
idx,
pok[0],
pok[len(pok) - 1],
)
#if pok[0] < 22:
#if pok[len(pok)-1] < 20:
catch_prot = logic.catch_it(local_ses.ses, pok)
tmp_api = api.use_api(new_rcp_point, catch_prot)
#exit()
walk_random()
walk_random()
time.sleep(2)
else:
data_list = location.get_near(maps)
data_list = sorted(data_list, key=lambda x: x[1])
if len(data_list) > 0:
print '[+] found: %s Pokestops within %s m' % (
len(data_list),
config.distance,
)
if local_ses is not None and data_list is not None:
print '[+] starting show'
if multi:
a, b = split_list(data_list)
p = Process(target=work_half_list,
args=(a, local_ses.ses, new_rcp_point))
o = Process(target=work_half_list,
args=(a, local_ses.ses, new_rcp_point))
p.start()
o.start()
p.join()
o.join()
print '[!] farming done..'
else:
for t in data_list:
if config.debug:
print '[!] farming pokestop..'
work_with_stops(t, local_ses.ses, new_rcp_point)
else:
walk_random()
work_stop(local_ses, new_rcp_point)
def start_private_show(access_token,ltype,loc): location.set_location(loc) print '[+] Token:',access_token[:40]+'...' prot1=logic.gen_first_data(access_token,ltype) local_ses=api.get_rpc_server(access_token,prot1) new_rcp_point='https://%s/rpc'%(local_ses.rpc_server,) while(True): proto_all=logic.all_stops(local_ses) api.use_api(new_rcp_point,proto_all) #walk_circle(120) walk_random() time.sleep(2) work_stop(local_ses,new_rcp_point)
def get_map(local_ses,new_rcp_point): proto_all=logic.all_stops(local_ses) all_stops=api.use_api(new_rcp_point,proto_all) if all_stops is not None: return all_stops else: return get_map(local_ses,new_rcp_point)
def work_stop(local_ses, new_rcp_point):
proto_all = logic.all_stops(local_ses)
all_stops = api.use_api(new_rcp_point, proto_all)
maps = pokemon_pb2.maps()
maps.ParseFromString(all_stops)
data_list = location.get_near(maps)
data_list = sorted(data_list, key=lambda x: x[1])
if len(data_list) > 0:
print '[+] found: %s Pokestops near' % (len(data_list))
if local_ses is not None and data_list is not None:
print '[+] starting show'
if multi:
a, b = split_list(data_list)
p = Process(target=work_half_list,
args=(a, local_ses.ses, new_rcp_point))
o = Process(target=work_half_list,
args=(a, local_ses.ses, new_rcp_point))
p.start()
o.start()
p.join()
o.join()
print '[!] farming done..'
else:
for t in data_list:
if config.debug:
print '[!] farming pokestop..'
work_with_stops(t, local_ses.ses, new_rcp_point)
else:
walk_random()
work_stop(local_ses, new_rcp_point)
def get_map(local_ses, new_rcp_point):
proto_all = logic.all_stops(local_ses)
all_stops = api.use_api(new_rcp_point, proto_all)
if all_stops is not None:
return all_stops
else:
return get_map(local_ses, new_rcp_point)
def work_with_stops(current_stop,ses,new_rcp_point):
Kinder= logic.gen_stop_data(ses,current_stop)
tmp_api=api.use_api(new_rcp_point,Kinder)
try:
if tmp_api is not None:
map = pokemon_pb2.map()
map.ParseFromString(tmp_api)
st= map.sess[0].status
config.earned_xp+=map.sess[0].amt
if st==4:
print "[!] +%s (%s)"%(map.sess[0].amt,config.earned_xp)
elif st==3:
print "[!] used"
elif st==2:
print "[!] charging"
elif st==1:
print "[!] teleport.."
time.sleep(14)
work_with_stops(current_stop,ses,new_rcp_point)
else:
print "[?]:",st
else:
print '[-] tmp_api empty'
except:
print '[-] error work_with_stops'
raise Exception('kill')
def work_with_stops(current_stop, ses, new_rcp_point):
Kinder = logic.gen_stop_data(ses, current_stop)
tmp_api = api.use_api(new_rcp_point, Kinder)
try:
if tmp_api is not None:
map = pokemon_pb2.map()
map.ParseFromString(tmp_api)
st = map.sess[0].status
config.earned_xp += map.sess[0].amt
if st == 4:
print "[!] +%s (%s)" % (map.sess[0].amt, config.earned_xp)
elif st == 3:
print "[!] used"
elif st == 2:
print "[!] charging"
elif st == 1:
print "[!] walking.."
expPerHour()
time.sleep(14)
work_with_stops(current_stop, ses, new_rcp_point)
else:
print "[?]:", st
else:
print '[-] tmp_api empty'
return True
except:
print '[-] error work_with_stops - Trying to restart process'
return False
def work_with_stops(current_stop, ses, new_rcp_point):
Kinder = logic.gen_stop_data(ses, current_stop)
tmp_api = api.use_api(new_rcp_point, Kinder)
try:
if tmp_api is not None:
map = pokemon_pb2.map()
map.ParseFromString(tmp_api)
st = map.sess[0].status
config.earned_xp += map.sess[0].amt
if st == 4:
print "[!] +%s (%s)" % (map.sess[0].amt, config.earned_xp)
elif st == 3:
print "[!] used"
elif st == 2:
print "[!] charging"
elif st == 1:
print "[!] teleport.."
time.sleep(14)
work_with_stops(current_stop, ses, new_rcp_point)
else:
print "[?]:", st
else:
print '[-] tmp_api empty'
except:
print '[-] error work_with_stops'
def start_private_show(access_token,ltype): print '[+] Token:',access_token[:40]+'...' prot1=logic.gen_first_data(access_token) new_rcp_point,ses= api.get_rpc_server(access_token,prot1) print new_rcp_point login_data=api.use_api(new_rcp_point,prot1) #cis= api.get_session(login_data) if ses is not None: for t in stops.get_static(): print '[!] farming pokestop..' #walking=logic.simulate_walking(ses,t) #api.use_api(new_rcp_point,walking) #time.sleep(1) Kinder_pre=logic.gen_stop_data_pre(ses,t) api.use_api(new_rcp_point,Kinder_pre) Kinder= logic.gen_stop_data(ses,t) api.use_api(new_rcp_point,Kinder) time.sleep(3)
def work_stop(local_ses,new_rcp_point): proto_all=logic.all_stops(local_ses) all_stops=api.use_api(new_rcp_point,proto_all) maps = pokemon_pb2.maps() maps.ParseFromString(all_stops) if show_pok: data_list=location.get_near_p(maps) if len(data_list)>0: print '[!] found %s pokemon near you'%(len(data_list),) for idx, pok in enumerate(data_list): print '[!]:%s Type:%s its %s m away'%(idx,pok[0],pok[len(pok)-1],) #if pok[0] < 22: #if pok[len(pok)-1] < 20: catch_prot= logic.catch_it(local_ses.ses,pok) tmp_api=api.use_api(new_rcp_point,catch_prot) #exit() walk_random() walk_random() time.sleep(2) else: data_list=location.get_near(maps) data_list = sorted(data_list, key = lambda x: x[1]) if len(data_list)>0: print '[+] found: %s Pokestops within %s m'%(len(data_list),config.distance,) if local_ses is not None and data_list is not None: print '[+] starting show' if multi: a,b=split_list(data_list) p = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) o = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) p.start() o.start() p.join() o.join() print '[!] farming done..' else: for t in data_list: if config.debug: print '[!] farming pokestop..' work_with_stops(t,local_ses.ses,new_rcp_point) else: walk_random() work_stop(local_ses,new_rcp_point)
def work_stop(local_ses, new_rcp_point):
all_stops = get_map(local_ses, new_rcp_point)
#maps = pokemon_pb2.maps()
maps = pokemon_pb2.maps_1()
#try:
maps.ParseFromString(all_stops)
#except:
# print '[-] map bad'
# work_stop(local_ses,new_rcp_point)
if try_item:
print '[+] deleting 9 pokeballs'
info_prot = logic.delete_items(local_ses.ses, 1, 9)
tmp_api = api.use_api(new_rcp_point, info_prot)
exit()
else:
if show_pok:
catch(maps, local_ses, new_rcp_point)
else:
data_list = location.get_near(maps)
data_list = sorted(data_list, key=lambda x: x[3])
if len(data_list) > 0:
print '[+] found: %s Pokestops near you' % (len(data_list), )
if local_ses is not None and data_list is not None:
print '[+] starting show'
if multi:
a, b = split_list(data_list)
p = Process(target=work_half_list,
args=(a, local_ses.ses, new_rcp_point))
o = Process(target=work_half_list,
args=(a, local_ses.ses, new_rcp_point))
p.start()
o.start()
p.join()
o.join()
print '[!] farming done..'
else:
for t in data_list:
#print t[0]
#print t[1],t[2]
#print location.get_lat(),location.get_lot()
#print location.l2f(t[1]),location.l2f(t[2])
#print location.l2f(location.get_lat()),location.l2f(location.get_lot())
#print location.get_distance(location.get_lat(),location.get_lot(),t[1],t[2])
print
print '[!] %s m away' % (round(
location.get_distance(location.get_lat(),
location.get_lot(), t[1],
t[2]), 3), )
if config.debug:
print '[!] farming pokestop..'
work_with_stops(t, local_ses.ses, new_rcp_point)
else:
walk_random()
def work_stop(local_ses,new_rcp_point): proto_all=logic.all_stops(local_ses) all_stops=api.use_api(new_rcp_point,proto_all) maps = pokemon_pb2.maps() maps.ParseFromString(all_stops) data_list=location.get_near(maps) data_list = sorted(data_list, key = lambda x: x[1]) print '[+] found: %s Pokestops within %s m'%(len(data_list),config.distance,) if local_ses is not None and data_list is not None: print '[+] starting show' for t in data_list: print '[!] farming pokestop..' work_with_stops(t,local_ses.ses,new_rcp_point)
def work_stop(local_ses,new_rcp_point): all_stops=get_map(local_ses,new_rcp_point) #maps = pokemon_pb2.maps() maps = pokemon_pb2.maps_1() #try: maps.ParseFromString(all_stops) #except: # print '[-] map bad' # work_stop(local_ses,new_rcp_point) if try_item: print '[+] deleting 9 pokeballs' info_prot= logic.delete_items(local_ses.ses,1,9) tmp_api=api.use_api(new_rcp_point,info_prot) exit() else: if show_pok: catch(maps,local_ses,new_rcp_point) else: data_list=location.get_near(maps) data_list = sorted(data_list, key = lambda x: x[3]) if len(data_list)>0: print '[+] found: %s Pokestops near you'%(len(data_list),) if local_ses is not None and data_list is not None: print '[+] starting show' if multi: a,b=split_list(data_list) p = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) o = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) p.start() o.start() p.join() o.join() print '[!] farming done..' else: for t in data_list: #print t[0] #print t[1],t[2] #print location.get_lat(),location.get_lot() #print location.l2f(t[1]),location.l2f(t[2]) #print location.l2f(location.get_lat()),location.l2f(location.get_lot()) #print location.get_distance(location.get_lat(),location.get_lot(),t[1],t[2]) print print '[!] %s m away'%(round(location.get_distance(location.get_lat(),location.get_lot(),t[1],t[2]),3),) if config.debug: print '[!] farming pokestop..' work_with_stops(t,local_ses.ses,new_rcp_point) else: walk_random()
def work_with_stops(current_stop,ses,new_rcp_point):
Kinder= logic.gen_stop_data(ses,current_stop)
tmp_api=api.use_api(new_rcp_point,Kinder)
try:
if tmp_api is not None:
map = pokemon_pb2.map()
map.ParseFromString(tmp_api)
if len(map.sess) > 0:
st= map.sess[0].status
config.earned_xp+=map.sess[0].amt
if st==4:
print " [!] +%s (%s)"%(map.sess[0].amt,config.earned_xp)
elif st==3:
print " [!] used"
elif st==2:
print " [!] charging"
elif st==1:
print " [!] walking.."
wait_to_move()
work_with_stops(current_stop,ses,new_rcp_point)
else:
print " [?]: Unknown status %s, stop data: %s" % (st, map.sess[0])
if map.sess[0].amt > 0:
print " [xp] %s" % map.sess[0].amt
else:
print " [?] no map session. Expected array. Got: %s" % str(map)
wait_to_move()
else:
print ' [-] tmp_api empty (no stops in range)'
except KeyboardInterrupt:
print "Ending farming run. Total XP: %s" % config.earned_xp
sys.exit()
except Exception, e:
print ' [-] error work_with_stops: %s' % e
import traceback
print traceback.print_exc()
print "*** len map.sess: %s" % len(map.sess)
if len(map.sess):
print "*** map.sess: %s" % str(map.sess)
else: print "*** map: %s" % str(map)
wait_to_move()
def work_with_stops(current_stop,ses,new_rcp_point): Kinder= logic.gen_stop_data(ses,current_stop) tmp_api=api.use_api(new_rcp_point,Kinder) if tmp_api is not None: map = pokemon_pb2.map() map.ParseFromString(tmp_api) st= map.sess[0].status if st==4: print "[!] +%s"%map.sess[0].amt elif st==3: print "[!] used" elif st==2: print "[!] charging" elif st==1: print "[!] teleport.." time.sleep(14) work_with_stops(current_stop,ses,new_rcp_point) else: print "[?]:",st else: print '[-] tmp_api empty'
def work_with_stops(current_stop,ses,new_rcp_point): COORDS_LATITUDE, COORDS_LONGITUDE, COORDS_ALTITUDE=location.get_location_coords() TARGET_LATITUDE=location.l2f(current_stop[1]) TARGET_LONGITUDE=location.l2f(current_stop[2]) TARGET_ALTITUDE=location.l2f(0x4049000000000000) Kinder= logic.gen_stop_data(ses,current_stop) tmp_api=api.use_api(new_rcp_point,Kinder) #proto_all=logic.all_stops(local_ses) #api.use_api(new_rcp_point,proto_all) #walk_random() #time.sleep(3) try: #walk_random() #time.sleep(3) if tmp_api is not None: map = pokemon_pb2.map() map.ParseFromString(tmp_api) st= map.sess[0].status config.earned_xp+=map.sess[0].amt if st==4: print "[!] +%s (%s)"%(map.sess[0].amt,config.earned_xp) elif st==3: print "[!] used" #item full elif st==2: print "[!] charging" elif st==1: print "[!] walking.." #walk_random() expPerHour() time.sleep(14) work_with_stops(current_stop,ses,new_rcp_point) else: print "[?]:",st else: print '[-] tmp_api empty' except: print '[-] error work_with_stops - Trying to restart process' restartProcess()
def catch_t(local_ses,pok,new_rcp_point): catch_prot= logic.catch_it(local_ses.ses,pok) return api.use_api(new_rcp_point,catch_prot)
def work_stop(local_ses,new_rcp_point): proto_all=logic.all_stops(local_ses) all_stops=api.use_api(new_rcp_point,proto_all) maps = pokemon_pb2.maps() try: maps.ParseFromString(all_stops) except: work_stop(local_ses,new_rcp_point) if show_pok: data_list=location.get_near_p(maps) if len(data_list)>0: print '[!] found %s pokemon near you'%(len(data_list),) for idx, pok in enumerate(data_list): print '[!] %s Type:%s its %s m away'%(idx,pok[0],pok[len(pok)-1],) #if pok[0] < 22: #if pok[len(pok)-1] < 45: lat1=location.l2f(location.get_lat()) lot1=location.l2f(location.get_lot()) lat2=location.l2f(pok[1]) lot2=location.l2f(pok[2]) #print location.l2f(lat1),location.l2f(lot1),location.l2f(lat2),location.l2f(lot2) if (lat1>lat2): while(lat1<lat2): lat1=lat1-0.000095 location.set_lat(lat1) location.set_lot(lot1) info_prot= logic.get_info(local_ses.ses,pok) tmp_api=api.use_api(new_rcp_point,info_prot) time.sleep(2) else: while(lat1<lat2): lat1=lat1+0.000095 location.set_lat(lat1) location.set_lot(lot1) info_prot= logic.get_info(local_ses.ses,pok) tmp_api=api.use_api(new_rcp_point,info_prot) time.sleep(2) if (lot1>lot2): while(lot1>lot2): lot1=lot1-0.000095 location.set_lat(lat1) location.set_lot(lot1) info_prot= logic.get_info(local_ses.ses,pok) tmp_api=api.use_api(new_rcp_point,info_prot) time.sleep(2) else: while(lot2>lot1): lot1=lot1+0.000095 location.set_lat(lat1) location.set_lot(lot1) info_prot= logic.get_info(local_ses.ses,pok) tmp_api=api.use_api(new_rcp_point,info_prot) time.sleep(2) catch_prot= logic.catch_it(local_ses.ses,pok) tmp_api=api.use_api(new_rcp_point,catch_prot) print "[+] catched pok..." #else: # print '[-] too far away' #exit() walk_random() walk_random() time.sleep(2) else: data_list=location.get_near(maps) data_list = sorted(data_list, key = lambda x: x[1]) if len(data_list)>0: print '[+] found: %s Pokestops near you'%(len(data_list),) if local_ses is not None and data_list is not None: print '[+] starting show' if multi: a,b=split_list(data_list) p = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) o = Process(target=work_half_list, args=(a,local_ses.ses,new_rcp_point)) p.start() o.start() p.join() o.join() print '[!] farming done..' else: for t in data_list: if config.debug: print '[!] farming pokestop..' work_with_stops(t,local_ses.ses,new_rcp_point) else: walk_random() work_stop(local_ses,new_rcp_point)
def catch(maps, local_ses, new_rcp_point):
data_list = location.get_near_p(maps)
data_list = sorted(data_list, key=lambda x: x[5])
if len(data_list) > 0:
print
print '[!] found %s pokemon' % (len(data_list), )
for idx, e in enumerate(data_list):
if (e[0] not in config.list_banned_Pokemon): #Banned Pokemon
print '[!] %s Type:%s its %s m away' % (
idx,
e[0],
e[len(e) - 1],
)
print
for idx, pok in enumerate(data_list):
if (pok[0] not in config.list_banned_Pokemon): #Banned Pokemon
#print '[!] %s Type:%s its %s m away'%(idx,pok[0],pok[len(pok)-1],)
#if pok[0] < 22:
if pok[len(pok) - 1] < 600:
print '[!] Trying to catch Type:%s its %s m away' % (
pok[0],
round(
location.get_distance(location.get_lat(),
location.get_lot(), pok[1],
pok[2]), 3),
)
lat1 = location.l2f(location.get_lat())
lot1 = location.l2f(location.get_lot())
lat2 = location.l2f(pok[1])
lot2 = location.l2f(pok[2])
#print location.l2f(lat1),location.l2f(lot1),location.l2f(lat2),location.l2f(lot2)
if (lat1 > lat2):
while (lat1 < lat2):
lat1 = lat1 - config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.get_info(local_ses.ses, pok)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(2)
else:
while (lat1 < lat2):
lat1 = lat1 + config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.get_info(local_ses.ses, pok)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(2)
if (lot1 > lot2):
while (lot1 > lot2):
lot1 = lot1 - config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.get_info(local_ses.ses, pok)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(2)
else:
while (lot2 > lot1):
lot1 = lot1 + config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.get_info(local_ses.ses, pok)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(2)
#catch_prot= logic.catch_it(local_ses.ses,pok)
#tmp_api=api.use_api(new_rcp_point,catch_prot)
tmp_api = catch_t(local_ses, pok, new_rcp_point)
if tmp_api is not None:
catch_status = pokemon_pb2.catch_status()
catch_status.ParseFromString(tmp_api)
if catch_status.sess[0].status:
print "[+] " + datetime.datetime.now().strftime(
"%H:%M:%S") + " caught pok... %s" % (
catch_status.sess[0].status, )
else:
print '[-] catch data is none'
#exit()
#exit()
#walk_random()
walk_random()
def work_with_stops(current_stop, ses, new_rcp_point):
lat1 = location.l2f(location.get_lat())
lot1 = location.l2f(location.get_lot())
lat2 = location.l2f(current_stop[1])
lot2 = location.l2f(current_stop[2])
#print location.l2f(lat1),location.l2f(lot1),location.l2f(lat2),location.l2f(lot2)
walk_to_s = True
if walk_to_s:
if (lat1 > lat2):
while (lat1 < lat2):
lat1 = lat1 - config.steps * 5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.gen_stop_data_pre(ses, current_stop)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(1)
else:
while (lat1 < lat2):
lat1 = lat1 + config.steps * 5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.gen_stop_data_pre(ses, current_stop)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(1)
if (lot1 > lot2):
while (lot1 > lot2):
lot1 = lot1 - config.steps * 5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.gen_stop_data_pre(ses, current_stop)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(1)
else:
while (lot2 > lot1):
lot1 = lot1 + config.steps * 5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot = logic.gen_stop_data_pre(ses, current_stop)
tmp_api = api.use_api(new_rcp_point, info_prot)
time.sleep(1)
Kinder = logic.gen_stop_data(ses, current_stop)
tmp_api = api.use_api(new_rcp_point, Kinder)
try:
if tmp_api is not None:
map = pokemon_pb2.map()
map.ParseFromString(tmp_api)
st = map.sess[0].status
if map.sess[0].amt is not None:
config.earned_xp += map.sess[0].amt
if st == 4:
print "[!] " + datetime.datetime.now().strftime(
"%H:%M:%S") + " bag full +%s (%s)" % (map.sess[0].amt,
config.earned_xp)
elif st == 3:
print "[!] " + datetime.datetime.now().strftime(
"%H:%M:%S") + " cooldown"
elif st == 2:
print "[!] " + datetime.datetime.now().strftime(
"%H:%M:%S") + " charging"
elif st == 1:
print "[!] " + datetime.datetime.now().strftime(
"%H:%M:%S") + " +%s (%s)" % (map.sess[0].amt,
config.earned_xp)
#work_with_stops(current_stop,ses,new_rcp_point)
else:
print "[?]:", st
else:
print '[-] tmp_api empty'
except:
print '[-] error work_with_stops'
def start_private_show(access_token,ltype): print '[+] Token:',access_token[:40]+'...' prot1=logic.gen_first_data(access_token) new_api= api.get_rpc_server(access_token,prot1) login_data=api.use_api(new_api,prot1) cis= api.get_session(login_data)
def catch_t(local_ses, pok, new_rcp_point):
catch_prot = logic.catch_it(local_ses.ses, pok)
return api.use_api(new_rcp_point, catch_prot)
def catch(maps,local_ses,new_rcp_point):
data_list=location.get_near_p(maps)
data_list = sorted(data_list, key = lambda x: x[5])
if len(data_list)>0:
print
print '[!] found %s pokemon'%(len(data_list),)
for idx, e in enumerate(data_list):
if(e[0] not in config.list_banned_Pokemon): #Banned Pokemon
print '[!] %s Type:%s its %s m away'%(idx,e[0],e[len(e)-1],)
print
for idx, pok in enumerate(data_list):
if(pok[0] not in config.list_banned_Pokemon): #Banned Pokemon
#print '[!] %s Type:%s its %s m away'%(idx,pok[0],pok[len(pok)-1],)
#if pok[0] < 22:
if pok[len(pok)-1] < 600:
print '[!] Trying to catch Type:%s its %s m away'%(pok[0],round(location.get_distance(location.get_lat(),location.get_lot(),pok[1],pok[2]),3),)
lat1=location.l2f(location.get_lat())
lot1=location.l2f(location.get_lot())
lat2=location.l2f(pok[1])
lot2=location.l2f(pok[2])
#print location.l2f(lat1),location.l2f(lot1),location.l2f(lat2),location.l2f(lot2)
if (lat1>lat2):
while(lat1<lat2):
lat1=lat1-config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.get_info(local_ses.ses,pok)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(2)
else:
while(lat1<lat2):
lat1=lat1+config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.get_info(local_ses.ses,pok)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(2)
if (lot1>lot2):
while(lot1>lot2):
lot1=lot1-config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.get_info(local_ses.ses,pok)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(2)
else:
while(lot2>lot1):
lot1=lot1+config.steps
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.get_info(local_ses.ses,pok)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(2)
#catch_prot= logic.catch_it(local_ses.ses,pok)
#tmp_api=api.use_api(new_rcp_point,catch_prot)
tmp_api=catch_t(local_ses,pok,new_rcp_point)
if tmp_api is not None:
catch_status = pokemon_pb2.catch_status()
catch_status.ParseFromString(tmp_api)
if catch_status.sess[0].status:
print "[+] " + datetime.datetime.now().strftime("%H:%M:%S")+ " caught pok... %s"%(catch_status.sess[0].status,)
else:
print '[-] catch data is none'
#exit()
#exit()
#walk_random()
walk_random()
def submit():
n=[]
r=[]
x=[]
ty = (request.form.get('lan'))
if request.method == 'POST' and ty == 'ENG':
r=request.form['textT']
tn=api.use_api(r,'en')
n=tn.split("\n")
c="\n".join(n)
z=summarize(c)
return render_template('generic.html',z=z,tn=tn,r=r)
elif request.method == 'POST' and ty == 'CHI':
r=request.form['textT']
n=r.split("\n")
c="\n".join(n)
z=summarize(c)
z=api.use_api(z,'zh-tw')
tn = api.use_api(c, 'zh-tw')
return render_template('generic.html',z=z,tn=tn,r=r)
elif request.method == 'POST' and ty == 'SPI':
r=request.form['textT']
n=r.split("\n")
c="\n".join(n)
z=summarize(c)
z=api.use_api(z,'es')
tn=api.use_api(c,'es')
return render_template('generic.html',z=z,tn=tn,r=r)
elif request.method == 'POST' and ty == 'ARA':
r=request.form['textT']
n=r.split("\n")
c="\n".join(n)
z=summarize(c)
z=api.use_api(z,'ar')
tn=api.use_api(c,'ar')
return render_template('generic.html',z=z,tn=tn,r=r)
elif request.method == 'POST' and ty == 'HIN':
r=request.form['textT']
n=r.split("\n")
c="\n".join(n)
z=summarize(c)
z=api.use_api(z,'hi')
tn=api.use_api(c,'hi')
return render_template('generic.html',z=z,tn=tn,r=r)
elif request.method == 'POST' and ty == 'kENG' : # URL(K)
t,z=IU.CU(request.form['textU'])
r=t+z
tn=api.use_api(z,'en')
z=summarize(z)
x.append(t)
x.append(z)
z="\n".join(x)
z=api.use_api(z,'en')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'kKOR' :
t,z=IU.CU(request.form['textU'])
r=t+z
z=summarize(z)
x.append(t)
x.append(z)
z="\n".join(x)
return render_template('generic.html', z=z,r=r)
elif request.method == 'POST' and ty == 'kCHI' : # URL(K)
t,z=IU.CU(request.form['textU'])
r=t+z
tn=api.use_api(z,'zh-tw')
z=summarize(z)
x.append(t)
x.append(z)
z="\n".join(x)
z=api.use_api(z,'zh-tw')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'kSPI' : # URL(K)
t,z=IU.CU(request.form['textU'])
r=t+z
tn=api.use_api(z,'es')
z=summarize(z)
x.append(t)
x.append(z)
z="\n".join(x)
z=api.use_api(z,'es')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'kARA' : # URL(K)
t,z=IU.CU(request.form['textU'])
r=t+z
tn=api.use_api(z,'ar')
z=summarize(z)
x.append(t)
x.append(z)
z="\n".join(x)
z=api.use_api(z,'ar')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'kHIN' : # URL(K)
t,z=IU.CU(request.form['textU'])
r=t+z
tn=api.use_api(z,'hi')
z=summarize(z)
x.append(t)
x.append(z)
z="\n".join(x)
z=api.use_api(z,'hi')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'eENG':
t, z = IE.CU1(request.form['textU'])
r=t+z
z = summarize(z)
x.append(t)
x.append(z)
z = "\n".join(x)
return render_template('generic.html', z=z,r=r)
elif request.method == 'POST' and ty == 'eKOR':
t, z = IE.CU1(request.form['textU'])
r = t + z
tn=api.use_api(z,'ko')
z = summarize(z)
x.append(t)
x.append(z)
z = "\n".join(x)
z=api.use_api(z,'ko')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'eCHI':
t, z = IE.CU1(request.form['textU'])
r = t + z
tn = api.use_api(z, 'zh-tw')
z = summarize(z)
x.append(t)
x.append(z)
z = "\n".join(x)
z = api.use_api(z, 'zh-tw')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'eSPI':
t, z = IE.CU1(request.form['textU'])
r=t+z
tn = api.use_api(z, 'es')
z = summarize(z)
x.append(t)
x.append(z)
z = "\n".join(x)
z = api.use_api(z, 'es')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'eARA':
t, z = IE.CU1(request.form['textU'])
r = t + z
tn = api.use_api(z, 'ar')
z = KOR.kor(z)
x.append(t)
x.append(z)
z = "\n".join(x)
z = api.use_api(z, 'ar')
return render_template('generic.html', z=z,r=r,tn=tn)
elif request.method == 'POST' and ty == 'eHIN':
t, z = IE.CU1(request.form['textU'])
r = t + z
tn = api.use_api(z, 'hi')
z = summarize(z)
x.append(t)
x.append(z)
z = "\n".join(x)
z = api.use_api(z, 'hi')
return render_template('generic.html', z=z,r=r,tn=tn)
else :
r = request.form['textT']
tn=api.use_api(r,'ko')
n=tn.split("\n")
c="\n".join(n)
z = KOR.kor(c)
return render_template('generic.html',z=z,r=r,tn=tn)
def work_with_stops(current_stop,ses,new_rcp_point):
lat1=location.l2f(location.get_lat())
lot1=location.l2f(location.get_lot())
lat2=location.l2f(current_stop[1])
lot2=location.l2f(current_stop[2])
#print location.l2f(lat1),location.l2f(lot1),location.l2f(lat2),location.l2f(lot2)
walk_to_s=True
if walk_to_s:
if (lat1>lat2):
while(lat1<lat2):
lat1=lat1-config.steps*5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.gen_stop_data_pre(ses,current_stop)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(1)
else:
while(lat1<lat2):
lat1=lat1+config.steps*5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.gen_stop_data_pre(ses,current_stop)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(1)
if (lot1>lot2):
while(lot1>lot2):
lot1=lot1-config.steps*5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.gen_stop_data_pre(ses,current_stop)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(1)
else:
while(lot2>lot1):
lot1=lot1+config.steps*5
location.set_lat(lat1)
location.set_lot(lot1)
info_prot= logic.gen_stop_data_pre(ses,current_stop)
tmp_api=api.use_api(new_rcp_point,info_prot)
time.sleep(1)
Kinder= logic.gen_stop_data(ses,current_stop)
tmp_api=api.use_api(new_rcp_point,Kinder)
try:
if tmp_api is not None:
map = pokemon_pb2.map()
map.ParseFromString(tmp_api)
st= map.sess[0].status
if map.sess[0].amt is not None:
config.earned_xp+=map.sess[0].amt
if st==4:
print "[!] " + datetime.datetime.now().strftime("%H:%M:%S") + " bag full +%s (%s)"%(map.sess[0].amt,config.earned_xp)
elif st==3:
print "[!] " + datetime.datetime.now().strftime("%H:%M:%S")+ " cooldown"
elif st==2:
print "[!] " + datetime.datetime.now().strftime("%H:%M:%S")+ " charging"
elif st==1:
print "[!] " + datetime.datetime.now().strftime("%H:%M:%S")+ " +%s (%s)"%(map.sess[0].amt,config.earned_xp)
#work_with_stops(current_stop,ses,new_rcp_point)
else:
print "[?]:",st
else:
print '[-] tmp_api empty'
except:
print '[-] error work_with_stops'
