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 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 main():
session_606=base64.b64decode('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')
maps = pokemon_pb2.maps()
maps.ParseFromString(session_606)
for cell in [maps]:
for block in cell.b:
for obj in block.c:
for stop in obj.p:
print stop.t.type
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): 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): 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): 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)
